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FE Accelerator: Morning
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Welcome to the Genie Prep Community!Welcome To The FE Accelerator Morning3 Lessons
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Before you begin studying...6 Lessons
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MathematicsAnalytic Geometry58 Lessons
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Intro To Problem 1 (Determine the Roots)
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Problem 1 (Determine the Roots)
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Intro To Problem 2 (General Form Equation)
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Problem 2 (General Form Equation)
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Intro To Problem 3 (Equation of the Line)
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Problem 3 (Equation of the Line)
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Intro To Problem 4 (Equation of the Line)
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Problem 4 (Equation of the Line)
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Intro To Problem 5 (Determine Point of Intersection)
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Problem 5 (Determine Point of Intersection)
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Intro To Problem 6 ( Determine Equation of a Circle)
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Problem 6 ( Determine Equation of a Circle)
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Intro To Problem 7 (Determine the Center and Radius of Circle)
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Problem 7 (Determine the Center and Radius of Circle)
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Intro To Problem 8 (Determine Standard form of the Equation)
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Problem 8 (Determine Standard form of the Equation)
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Intro To Problem 9 (Determine Equation of the tangent line)
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Problem 9 (Determine Equation of the tangent line)
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Intro To Problem 10 (Determine Equation of the Circle)
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Problem 10 (Determine Equation of the Circle)
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Intro To Problem 11 (Determine Equation of the Circle)
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Problem 11 (Determine Equation of the Circle)
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Intro To Problem 12 (Determine the type of Equation)
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Problem 12 (Determine the type of Equation)
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Intro To Problem 13 (Determine Equation of the Ellipse)
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Problem 13 (Determine Equation of the Ellipse)
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Intro To Problem 14 (Determine Perimeter of the Ellipse)
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Problem 14 (Determine Perimeter of the Ellipse)
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Intro To Problem 15 (Determine Area of Hexagon)
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Problem 15 (Determine Area of Hexagon)
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Intro To Problem 16 (Determine Interior Angles of an Octagon)
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Problem 16 (Determine Interior Angles of an Octagon)
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Intro To Problem 17 (Trigonometric Identities)
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Problem 17 (Trigonometric Identities)
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Intro To Problem 18 (Trigonometric Identities)
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Problem 18 (Trigonometric Identities)
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Problem 19 (Determine the Final Matrix)
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Intro To Problem 20 (Determine the Final Matrix)
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Problem 20 (Determine the Final Matrix)
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Intro To Problem 21 ( Determine Product of Matrix)
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Problem 21 ( Determine Product of Matrix)
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Parabola
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Example _Parabola
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Intro To Problem 22 ( Determine directrix of the Parabola)
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Problem 22 ( Determine directrix of the Parabola)
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Intro To Problem 23( Determine Focus of the Parabola)
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Problem 23( Determine Focus of the Parabola)
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Ellipse
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Example_ Ellipse
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Intro To Problem 24 (Determine the Equation of Ellipse)
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Problem 24 (Determine the Equation of Ellipse)
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Intro To Problem 25 (Determine the Vertices of the Ellipse)
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Problem 25 (Determine the Vertices of the Ellipse)
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Hyperbola
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Intro To Problem 26 (Determine Foci of the Hyperbola)
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Problem 26 (Determine Foci of the Hyperbola)
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Intro To Problem 27 (Determine Vertices of the Hyperbola)
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Problem 27 (Determine Vertices of the Hyperbola)
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Intro To Problem 1 (Determine the Roots)
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Derivatives37 Lessons
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Derivative Formulas
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Intro To Problem 1 (Product Rule)
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Problem 1 (Product Rule)
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Intro To Problem 2 (Product Rule)
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Problem 2 (Product Rule)
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Intro To Problem 3 (Quotient Rule)
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Problem 3 (Quotient Rule)
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Intro To Problem 4 (Product Rule)
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Problem 4 (Product Rule)
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Problem 5 (Cos Function)
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Intro To Problem 6 (Trigonometric Function)
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Problem 6 (Trigonometric Function)
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Intro To Problem 7 (Logarithmic Function)
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Problem 7 (Logarithmic Function)
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Intro To Problem 8 (Determine the Limit of the Function)
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Problem 8 (Determine the Limit of the Function)
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Intro To Problem 9 (Determine the Limit of the Function)
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Problem 9 (Determine the Limit of the Function)
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Problem 10 (Determine Min/Max value of the Function)
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Intro To Problem 11 (Determine Min/Max value of the Function)
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Problem 11 (Determine Min/Max value of the Function)
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Intro To Problem 12 (Determine Inflection Point)
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Problem 12 (Determine Inflection Point)
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Intro To Problem 13 (Determine Min/Max value and Inflection Point)
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Problem 13 (Determine Min/Max value and Inflection Point)
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Intro To Problem 14 (Determine Equation of Line)
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Problem 14 (Determine Equation of Line)
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Intro To Problem 15 (Partial Derivative)
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Problem 15 (Partial Derivative)
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Intro To Problem 16 (Determine Roots using Newton's Method)
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Problem 16 (Determine Roots using Newton's Method)
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Intro To Problem 17 (Determine Roots using Newton's Method)
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Problem 17 (Determine Roots using Newton's Method)
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Intro To Problem 18 (Determine Gradient)
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Problem 18 (Determine Gradient)
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Intro To Problem 19 (Determine Equation of Line)
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Problem 19 (Determine Equation of Line)
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Derivative Formulas
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Integrals36 Lessons
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Intro To Problem 1 (Determine Indefinite Integral)
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Problem 1 (Determine Indefinite Integral)
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Intro To Problem 2 (Determine function using Indefinite Integral)
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Problem 2 (Determine function using Indefinite Integral)
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Intro To Problem 3 (Determine Indefinite Integral using substitution method)
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Problem 3 (Determine Indefinite Integral using substitution method)
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Intro To Problem 4 (Determine Indefinite Integral using substitution method)
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Problem 4 (Determine Indefinite Integral using substitution method)
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Intro To Problem 5 (Determine the Area bounded by Lines)
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Problem 5 (Determine the Area bounded by Lines)
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Intro To Problem 6 (Determine the Area of region bounded)
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Problem 6 (Determine the Area of region bounded)
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Intro To Problem 7 (Determine Area using Trapezoidal Rule)
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Problem 7 (Determine Area using Trapezoidal Rule)
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Intro To Problem 8 (Determine Area using Trapezoidal Rule)
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Problem 8 (Determine Area using Trapezoidal Rule)
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Intro To Problem 9 (Determine Area using Simpson's Rule)
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Problem 9 (Determine Area using Simpson's Rule)
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Intro To Problem 10 (Determine Displacement using Simpson's Rule)
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Problem 10 (Determine Displacement using Simpson's Rule)
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Intro To Problem 11 (Determine Amount of water using Simpson's Rule)
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Problem 11 (Determine Amount of water using Trapezoidal Rule)
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Intro To Problem 12 (Determine Indefinite Integral of Cosine Function)
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Problem 12 (Determine Indefinite Integral of Cosine Function)
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Intro To Problem 13 (Determine Indefinite Integral)
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Problem 13 (Determine Indefinite Integral)
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Intro To Problem 14 (Determine Indefinite Integral of Sine Function)
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Problem 14 (Determine Indefinite Integral of Sine Function)
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Intro To Problem 15 (Determine Area of Shaded Region)
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Problem 15 (Determine Area of Shaded Region)
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Intro To Problem 16 (Determine Area of Shaded Region)
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Problem 16 (Determine Area of Shaded Region)
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Intro To Problem 17 (Determine General Solution)
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Problem 17 (Determine General Solution)
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Intro To Problem 18 ( Determine the Form)
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Problem 18 ( Determine the Form)
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Intro To Problem 1 (Determine Indefinite Integral)
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Polar and Cartesian Coordinate System14 Lessons
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Review Polar Coordinate System
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Problem 1 (Plot the Polar Coordinates)
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Conversion of Polar and Cartesian Systems
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Intro To Problem 2 (Determine the Cartesian Coordinate)
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Problem 2 (Determine the Cartesian Coordinate)
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Intro To Problem 3 (Determine the Cartesian Coordinate)
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Problem 3 (Determine the Cartesian Coordinate)
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Problem 4 (Determine the Cartesian Coordinate)
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Intro To Problem 5 (Determine Polar Coordinate where r>0)
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Problem 5 (Determine Polar Coordinate where r>0)
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Intro To Problem 6 (Determine Polar Coordinate where r<0)
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Problem 6 (Determine Polar Coordinate where r<0)
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Intro To Problem 7 (Determine Polar Coordinate where r>0)
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Problem 7 (Determine Polar Coordinate where r>0)
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Review Polar Coordinate System
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Cross and Dot Product20 Lessons
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Review of Vectors
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Review of Unit Vectors
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Intro To Problem 1 (Determine the Vector)
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Problem 1 (Determine the Vector)
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Intro To Problem 2 (Determine the Unit Vector)
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Problem 2 (Determine the Unit Vector)
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Intro To Problem 3 (Determine the Vector with Same direction)
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Problem 3 (Determine the Vector with Same direction)
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Review of Dot Product
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Review of Cross Product
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Intro To Problem 4 (Determine the Greatest Dot Product)
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Problem 4 (Determine the Greatest Dot Product)
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Intro To Problem 5 (Determine Vectors Lie in the Same Plane)
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Problem 5 (Determine Vectors Lie in the Same Plane)
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Intro To Problem 6 (Determine Angle Between Two Vectors)
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Problem 6 (Determine Angle Between Two Vectors)
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Intro To Problem 7 (Determine the Unit Vector)
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Problem 7 (Determine the Unit Vector)
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Intro To Problem 8 (Determine the Value of X)
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Problem 8 (Determine the Value of X)
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Review of Vectors
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Saturday Meet-Ups with Kenza3 Lessons
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Probability and StatisticsProbability and Statistics52 Lessons
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Intro To Problem 1 (Determine the Probability of Jack)
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Problem 1 (Determine the Probability of Jack)
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Intro To Problem 2 (Probability that it's Queen of Diamond)
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Problem 2 (Probability that it's Queen of Diamond)
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Intro To Problem 3 (Probability that it's Six of Spade/Ace of Heart)
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Problem 3 (Probability that it's Six of Spade/Ace of Heart)
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Intro To Problem 4 (Probability that it's a Club)
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Problem 4 (Probability that it's a Club)
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Intro To Problem 5 (Probability that it's any Suit except Spade)
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Problem 5 (Probability that it's any Suit except Spade)
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Intro To Problem 6 (Probability that it's Two or Diamond)
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Problem 6 (Probability that it's Two or Diamond)
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Intro To Problem 7 (Probability that it's Neither King/Club)
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Problem 7 (Probability that it's Neither King/Club)
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Intro To Problem 8 (Probability that it's Either Yellow/Brown)
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Problem 8 (Probability that it's Either Yellow/Brown)
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Intro To Problem 9 (Probability that Sum< 10)
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Problem 9 (Probability that Sum< 10)
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Intro To Problem 10 (Probability of getting 3H/4H)
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Problem 10 (Probability of getting 3H/4H)
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Intro To Problem 11 (Probability of Getting Exactly 2 Five's)
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Problem 11 (Probability of Getting Exactly 2 Five's)
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Intro To Problem 12 (Unit Normal Distribution)
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Problem 12 (Unit Normal Distribution)
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Intro To Problem 13 (Unit Normal Distribution)
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Problem 13 (Unit Normal Distribution)
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Intro To Problem 14 (Unit Normal Distribution)
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Problem 14 (Unit Normal Distribution)
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Intro To Problem 15 (Population Mean Test)
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Problem 15 (Population Mean Test)
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Intro To Problem 16 (95% Confidence Interval for the Mean)
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Problem 16 (95% Confidence Interval for the Mean)
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T-distribution vs Z-distribution
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Intro To Problem 17 (Probability of at least 3 Heads)
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Problem 17 (Probability of at least 3 Heads)
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Intro To Problem 18 (Probability of at most 3 Heads)
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Problem 18 (Probability of at most 3 Heads)
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Problem 19 (Determine Correlation Coefficient R)
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Intro To Problem 20 (Determine Mean, Median)
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Problem 20 (Determine Mean, Median)
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Intro To Problem 21 (Slope of the line Using Least Squares Method)
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Problem 21 (Slope of the line using Least Squares Method
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Problem 22 (Permutation and Combination)
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Intro To Problem 23 (Determine Correlation Coefficient R)
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Problem 23 (Determine Correlation Coefficient R)
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Intro To Problem 24 (Coefficient of Determination)
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Problem 24 (Coefficient of Determination)
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Intro To Problem 25 (Curve Fitting)
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Problem 25 (Curve Fitting)
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Intro To Problem 26 (Determine Correlation Coefficient)
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Problem 26 (Determine Correlation Coefficient)
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Problem 27 (Central Tendency)
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Intro To Problem 1 (Determine the Probability of Jack)
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Computational ToolsComputational Tools23 Lessons
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Intro To Problem 1 (Determine Cell C6)
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Problem 1 (Determine Cell C6)
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Problem 2 (Determine the Range)
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Intro To Problem 3 (Average End Formula)
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Problem 3 (Average End Formula)
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Intro To Problem 4 (Determine Cell G3)
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Problem 4 (Determine Cell G3)
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Intro To Problem 5 (Critical Depth)
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Problem 5 (Critical Depth)
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Intro To Problem 6 (Determine the Sum)
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Problem 6 (Determine the Sum)
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Intro To Problem 7 (Determine the Value)
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Problem 7 (Determine the Value)
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Intro To Problem 8 (Determine the Value of X)
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Problem 8 (Determine the Value of X)
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Intro To Problem 9 (Determine the Value of I)
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Problem 9 (Determine the Value of I)
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Intro To Problem 10 ( Trapezoidal Rule)
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Problem 10 (Trapezoidal Rule)
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Intro To Problem 11 (Simpson’s ⅓ Rule)
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Problem 11 (Simpson’s ⅓ Rule)
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Intro To Problem 12 (Average End Area Method)
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Problem 12 (Average End Area Method)
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Intro To Problem 1 (Determine Cell C6)
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Engineering EconomicsEngineering Economics64 Lessons
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Intro To Problem 1 (Least Expensive Process)
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Problem 1 (Least Expensive Process)
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Intro To Problem 2 (Depreciation Using Straight Line Method)
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Problem 2 (Depreciation Using Straight Line Method)
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Intro To Problem 3 (Book Value Using MACRS)
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Problem 3 (Book Value Using MACRS)
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Intro To Problem 4 (Expected Net Cash Flow)
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Problem 4 (Expected Net Cash Flow)
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Intro To Problem 5 (Total Money in the Account)
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Problem 5 (Total Money in the Account)
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Intro To Problem 6 (Determine Company needs to pay)
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Problem 6 (Determine Company needs to pay)
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Intro To Problem 7 (Determine how much the Company Account will have)
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Problem 7 (Determine how much the Company Account will have)
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Review Interest
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Review Effective Rate
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Intro To Problem 8 (Effective Rate)
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Problem 8 (Effective Rate)
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Intro To Problem 9 (Lowest Effective Rate)
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Problem 9 (Lowest Effective Rate)
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Intro To Problem 10 (Lowest Effective Annual Rate)
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Problem 10 (Lowest Effective Annual Rate)
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Intro To Problem 11 (Determine the Effective Rate Semi Annually & Yearly)
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Problem 11 (Determine the Effective Rate Semi Annually & Yearly)
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Problem 12 (Determine Effective Annual Rates)
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Effective Interest Rate - Equivalence Relations
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Intro To Problem 13 (Amount for 10 Yrs Compounded Semi Annually)
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Problem 13 (Amount for 10 Yrs Compounded Semi Annually)
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Intro To Problem 14 (Determine Present Worth Compounded Quarterly)
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Problem 14 (Determine Present Worth Compounded Quarterly)
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Intro To Problem 15 (Uniform Amount)
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Problem 15 (Uniform Amount)
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Rate of Return
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Intro To Problem 16 (Rate of Return)
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Problem 16 (Rate of Return)
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MARR
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Intro To Problem 17 ( Incremental Rate of Return Analysis)
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Problem 17 ( Incremental Rate of Return Analysis)
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Intro To Problem 18 (Sum of Incremental Cash Flow)
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Problem 18 (Sum of Incremental Cash Flow)
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Intro To Problem 19 (Capitalized Cost)
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Problem 19 (Capitalized Cost)
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Benefit-Cost Analysis
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Intro To Problem 20 (B/C Ratio)
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Problem 20 (B/C Ratio)
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Intro To Problem 21 (B/C Ratio)
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Problem 21 (B/C Ratio)
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Intro To Problem 22 (First Cost of the Project)
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Problem 22 (First Cost of the Project)
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Intro To Problem 23 (Determine B-C)
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Problem 23 (Determine B-C)
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Break-Even Analysis
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Intro To Problem 24 (Determine Number of Units Must be Sold)
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Problem 24 (Determine Number of Units Must be Sold)
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Intro To Problem 25 (Determine Profit Sold Per Year)
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Problem 25 (Determine Profit Sold Per Year)
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Intro To Problem 26 (Inflation Adjusted Interest Rate)
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Problem 26 (Inflation Adjusted Interest Rate)
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Intro To Problem 27 (Interest Rate Per Month)
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Problem 27 (Interest Rate Per Month)
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Intro To Problem 28 (Present Cost of the Machine)
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Problem 28 (Present Cost of the Machine)
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Intro To Problem 29 (Determine the Best Option)
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Problem 29 (Determine the Best Option)
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Intro To Problem 1 (Least Expensive Process)
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Saturday Meet-ups with Kenza4 Lessons
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Need Motivation? Watch This!
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EthicsEthics15 Lessons
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Review
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Problem 1 (Determine which is Ethical)
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Problem 2 (Determine Options that Apply for a Engineer)
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Problem 3 (Determine Options that Apply for a Purchase)
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Problem 4 (Determine Options that Apply for Upcoming Mall)
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Problem 5 (Determine the Company for Bid)
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Problem 6 (Determine Sustainability)
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Problem 7 (Determine Circumstances to Seal the Plans)
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Problem 8
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Problem 9
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Problem 10
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Problem 11
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Problem 12
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Problem 13
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License Requirements
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Review
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StaticsStatics69 Lessons
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Know these Unit Conversions for Statics to pass your FE exam
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Statics Cheat Sheet
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Intro To Statics
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Intro To Problem 1 (Determine the Tension in the Ropes)
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Problem 1 (Determine the Tension in the Ropes)
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Intro To Problem 2 (Ratio of Forces in Gusset Plate)
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Problem2 (Ratio of Forces in Gusset Plate)
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Intro To Problem 3 (Magnitude and the Angle of Resultant Force)
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Problem 3 (Magnitude and the Angle of Resultant Force)
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Intro To Problem 4 (Determine System to be in Equilibrium)
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Problem 4 (Determine System to be in Equilibrium)
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Intro To Problem 5 (Mass of the Cylinder @E)
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Problem 5 (Mass of the Cylinder @E)
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Intro To Problem 6 (Reaction Force at B For Beam)
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Problem 6 (Reaction Force at B For Beam)
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Intro To Problem 7 (Reaction Force at A For Beam)
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Problem 7 (Reaction Force at A For Beam)
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Intro To Problem 8 (BM & Reaction Force @ Support A)
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Problem 8 (BM & Reaction Force @ Support A)
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Intro To Problem 9 (Reaction Force @ Support B for Overhang Beam)
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Problem 9 (Reaction Force @ Support B for Overhang Beam)
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Intro To Problem 10 (Reaction Force @ Support A for Overhang Beam)
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Problem 10 (Reaction Force @ Support A for Overhang Beam)
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Intro To Problem 11 (Zero Force Members)
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Problem 11 (Zero Force Members)
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Intro To Problem 12 (Zero Force Members)
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Problem 12 (Zero Force Members)
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Intro To Problem 13 (Zero Force Members)
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Problem 13 (Zero Force Members)
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Intro To Problem 14 (Determine Force in X Member)
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Problem 14 (Determine Force in X Member)
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Intro To Problem 15 (Determine Force in X Member)
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Problem 15 (Determine Force in X Member)
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Intro To Problem 16 (Determine Force in Members FA & GH)
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Problem 16 Method 1 (Determine Force in Members FA & GH)
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Problem 16 Method 2 (Determine Force in Members FA & GH)
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Intro To Problem 17 (Determine Force in X Member)
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Problem 17 (Determine Force in X Member)
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Problem 18 (Determine which Forces are in Tension)
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Intro To Problem 19 (Determine Distance from Y-axis)
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Problem 19 (Determine Distance from Y-axis)
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Intro To Problem 20 (Centroid of the Area about Y-axis)
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Problem 20 (Centroid of the Area about Y-axis)
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Intro To Problem 21 (Centroid of the Area about X-axis)
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Problem 21 (Centroid of the Area about X-axis)
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Intro To Problem 22 (Centroid of the Area about X & Y-axis)
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Problem 22 (Centroid of the Area about X & Y-axis)
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Intro To Problem 23 (Centroid of the Area about Y-axis)
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Problem 23 (Centroid of the Area about Y-axis)
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Intro To Problem 24 (Centroid of the Area about X & Y-axis)
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Problem 24 (Centroid of the Area about X & Y-axis)
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Intro To Problem 25 (Moment of Inertia about X-axis)
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Problem 25 (Moment of Inertia about X-axis)
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Intro To Problem 26 (MOI about Centroidal Y-axis)
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Problem 26 (MOI about Centroidal Y-axis)
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Intro To Problem 27 (MOI about X-axis for T-Beam)
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Problem 27 (MOI about X-axis for T-Beam)
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Intro To Problem 28 (Determine Axis with Largest MOI)
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Problem 28 (Determine Axis with Largest MOI)
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Intro To Problem 29 (Polar Moment of Inertia)
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Problem 29 (Polar Moment of Inertia)
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Intro To Problem 30 (Polar Moment of Inertia)
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Problem 30 (Polar Moment of Inertia)
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Intro To Problem 31 (Radius of Gyration about Y-axis)
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Problem 31 (Radius of Gyration about Y-axis)
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Intro To Problem 32 (Maximum Friction Force)
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Problem 32 (Maximum Friction Force)
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Intro To Problem 33 (Coefficient of Static Friction)
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Problem 33 (Coefficient of Static Friction)
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Know these Unit Conversions for Statics to pass your FE exam
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Saturday Meet-Ups with Kenza4 Lessons
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DynamicsDynamics107 Lessons
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How to make a dynamics units cheat sheet absolutely perfect for studying
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Rectilinear Motion
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Intro To Problem 1 (Object Deceleration)
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Problem 1 (Object Deceleration)
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Intro To Problem 2 (Determine Acceleration)
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Problem 2 (Determine Acceleration)
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Intro To Problem 3 (Position of Bike)
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Problem 3 (Position of Bike)
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Intro To Problem 4 (Position of the Ball)
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Problem 4 (Position of the Ball)
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Intro To Problem 5 (Velocity & Acceleration of Ball)
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Problem 5 (Velocity & Acceleration of Ball)
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Intro To Problem 6 (Position of Particle)
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Problem 6 (Position of Particle)
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Intro To Problem 7 (Total Distance Car Travelled)
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Problem 7 (Total Distance Car Travelled)
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Intro To Problem 8 (Distance Motorcycle Travelled)
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Problem 8 (Distance Motorcycle Travelled)
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Intro To Problem 9 (Total Time Bus Travelled)
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Problem 9 (Total Time Bus Travelled)
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Intro To Problem 10 (Acceleration Required to be @ Speed limit)
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Problem 10 (Acceleration Required to be @ Speed limit)
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Intro To Problem 11 (Time & Velocity of Car)
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Problem 11 (Time & Velocity of Car)
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Curvilinear Motion
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Projectile and Relative Motion
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Rotation about a Fixed Axis
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Intro To Problem 13 (Constant Speed of Car)
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Problem 13 (Constant Speed of Car)
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Intro To Problem 14 (Radius of Curvature of Horizontal Curve)
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Problem 14 (Radius of Curvature of Horizontal Curve)
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Intro To Problem 15 (Magnitude of the Acceleration)
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Problem 15 (Magnitude of the Acceleration)
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Intro To Problem 16 (Flight Time & Range of Projectile)
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Problem 16 (Flight Time & Range of Projectile)
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Intro To Problem 17 (Max Height & Flight Time of Projectile)
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Problem 17 (Max Height & Flight Time of Projectile)
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Intro To Problem 18 (Time & Constant Angular Acceleration)
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Problem 18 (Time & Constant Angular Acceleration)
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Intro To Problem 19 (Determine Velocity & Acceleration)
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Problem 19 (Determine Velocity & Acceleration)
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Intro To Problem 20 (Angular Velocity & Angular Acceleration)
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Problem 20 (Angular Velocity & Angular Acceleration)
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Kinetics
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Intro To Problem 21 (Velocity of Crate)
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Problem 21 (Velocity of Crate)
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Intro To Problem 22 (Distance Car Travels Before Stopping)
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Problem 22 (Distance Car Travels Before Stopping)
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Intro To Problem 23 (Time it takes for Block to Stop B)
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Problem 23 (Time it takes for Block to Stop B)
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Intro To Problem 24 (Time it takes for Crate to Start Moving)
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Problem 24 (Time it takes for Crate to Start Moving)
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Intro To Problem 25 (Distance the Car Travels before Stopping)
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Problem 25 (Distance the Car Travels before Stopping)
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Intro To Problem 26 (Velocity of Crate)
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Problem 26 (Velocity of Crate)
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Intro To Problem 27 (Max Constant Speed)
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Problem 27 (Max Constant Speed)
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Intro To Problem 28 (Max Tangential Velocity)
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Problem 28 (Max Tangential Velocity)
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Work and Energy
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Intro To Problem 29 (Kinetic Energy & Height of the Stone)
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Problem 29 (Kinetic Energy & Height of the Stone)
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Intro To Problem 30 (Time it takes for Block to stop @ B)
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Problem 30 (Time it takes for Block to stop @ B)
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Intro To Problem 31 (Total Kinetic Energy)
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Problem 31 (Total Kinetic Energy)
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Intro To Problem 32 (Determine Speed of the Weight)
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Problem 32 (Determine Speed of the Weight)
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Intro To Problem 33 (Initial Velocity of Block)
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Problem 33 (Initial Velocity of Block)
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Intro To Problem 34 (Velocity of Crate)
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Problem 34 (Velocity of Crate)
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Impulse and Momentum
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Intro To Problem 35 (Average Impulsive Force)
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Problem 35 (Average Impulsive Force)
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Intro To Problem 36 (Velocity of Blocks After Collision)
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Problem 36 (Velocity of Blocks After Collision)
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Intro To Problem 37 (Compression of the Spring)
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Problem 37 (Compression of the Spring)
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Impact and Momentum
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Intro To Problem 38 (When Two Objects Collide)
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Problem 38 (When Two Objects Collide)
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Intro To Problem 39 (Final Velocities of Balls After Collision)
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Problem 39 (Final Velocities of Balls After Collision)
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Intro To Problem 40 (Velocity of Ball After Collision)
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Problem 40 (Velocity of Ball After Collision)
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Intro To Problem 41 (Loss of Energy due to Impact)
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Problem 41 (Loss of Energy due to Impact)
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Intro To Problem 42 (Final Velocity of Ball After Collision)
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Problem 42 (Final Velocity of Ball After Collision)
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Angular Momentum
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Intro To Problem 43 (Angular Momentum)
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Problem 43 (Angular Momentum)
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Intro To Problem 44 (Speed of the Block)
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Problem 44 (Speed of the Block)
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Intro To Problem 45 (Velocity of the Block)
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Problem 45 (Velocity of the Block)
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Instantaneous Center
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Intro To Problem 46 (Instantaneous Center)
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Problem 46 (Instantaneous Center)
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Intro To Problem 47 (Determine Velocity of the Block)
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Problem 47 (Determine Velocity of the Block)
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Intro To Problem 48 (Radius of Gyration of Cylinder)
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Problem 48 (Radius of Gyration of Cylinder)
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Intro To Problem 49 (Spring Constant)
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Problem 49 (Spring Constant)
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How to make a dynamics units cheat sheet absolutely perfect for studying
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Saturday Meet-up's with Kenza6 Lessons
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Mechanics of MaterialsMechanics of Materials130 Lessons
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Forces
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Intro To Problem 1 (Determine Internal Shear Force)
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Problem 1 (Determine Internal Shear Force)
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Intro To Problem 2 (Moment for Triangular Distributed Load)
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Problem 2 (Moment for Triangular Distributed Load)
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Intro To Problem 3 (Internal Torque)
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Problem 3 (Internal Torque)
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Stress and Strain
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Intro To Problem 4 (Normal Stress in Rod)
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Problem 4 (Normal Stress in Rod)
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Axial Load-Elastic Deformation
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Axial Load-Thermal Stress
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Intro To Problem 5 (Displacement @ End of the Bar)
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Problem 5 (Displacement @ End of the Bar)
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Intro To Problem 6 (Maximum Allowable)
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Problem 6 (Maximum Allowable)
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Intro To Problem 7 (Axial Stress of Concrete Slab)
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Problem 7 (Axial Stress of Concrete Slab)
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Intro To Problem 8 (Change in the Area)
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Problem 8
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Intro To Problem 9 (Force in the Spring)
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Problem 9 (Force in the Spring)
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Intro To Problem 10 (% Reduction in Area)
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Problem 10 (% Reduction in Area)
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Torsion
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Intro To Problem 11 (Shear Stress for Shaft )
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Problem 11 (Shear Stress for Shaft )
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Intro To Problem 12 (Maximum Torque)
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Problem 12 (Maximum Torque)
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Intro To Problem 13 (Max Shear Stress)
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Problem 13 (Max Shear Stress)
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Intro To Problem 14 (Required Torque to Twist the Rod)
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Problem 14 (Required Torque to Twist the Rod)
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Intro To Problem 15 (Shear Strain of Aluminum Plate)
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Problem 15 (Shear Strain of Aluminum Plate)
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Intro To Problem 16 (Disk will Twist the Shaft)
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Problem 16 (Disk will Twist the Shaft)
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Shear and Moment Diagram
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Problem 17 (Moment Diagram for a Beam)
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Intro To Problem 18 (Max BM for a Beam with Two Point Loads)
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Problem 18 (Max BM for a Beam with Two Point Loads)
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Problem 18 Part 2 (Max BM for a Beam with Two Point Loads)
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Intro To Problem 19 (Max BM for a Beam)
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Problem 19 (Max BM for a Beam)
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Intro To Problem 20 (Max BM for a Beam)
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Problem 20 (Max BM for a Beam)
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Problem 20 Part 2 (Max BM for a Beam)
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Intro To Problem 21 (Moment Diagram for Overhang Beam)
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Problem 21 (Moment Diagram for Overhang Beam)
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Intro To Problem 22 (Moment Diagram for Overhang Beam)
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Problem 22 (Moment Diagram for Overhang Beam)
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Intro To Problem 23 (Moment Diagram for Beam)
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Problem 23 (Moment Diagram for Beam)
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Intro To Problem 24 (Moment Diagram for Beam)
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Problem 24 (Moment Diagram for Beam)
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Intro To Problem 25 (Max Bending Moment)
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Problem 25 (Max Bending Moment)
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Problem 25 Method 2 (Max Bending Moment)
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Intro To Problem 26 (Max Bending Moment)
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Problem 26 (Max Bending Moment)
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Problem 26 Method 2 (Max Bending Moment)
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Intro To Problem 27 (Max Bending Moment)
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Problem 27 (Max Bending Moment)
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Intro To Problem 28 (Max Bending Moment)
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Problem 28 (Max Bending Moment)
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Intro To Problem 29 (Determine Position of P for Max BM)
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Problem 29 (Determine Position of P for Max BM)
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Bending Stress
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Transverse Shear Stress
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Intro To Problem 30 (Max Bending Stress )
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Problem 30 (Max Bending Stress )
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Intro To Problem 31 (Max Bending Stress with Two Point Loads)
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Problem 31 (Max Bending Stress with Two Point Loads)
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Intro To Problem 32 (Max Bending Stress)
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Problem 32 (Max Bending Stress)
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Intro To Problem 33 (Stress Distribution)
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Problem 33 (Stress Distribution)
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Intro To Problem 34 (Max Transverse Shear Stress)
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Problem 34 (Max Transverse Shear Stress)
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Intro To Problem 35 (Transverse Shear Stress)
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Problem 35 (Transverse Shear Stress)
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Intro To Problem 36 (Max Shear Stress)
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Problem 36 (Max Shear Stress)
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Intro To Problem 37 (Shear Stress @ Point D)
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Problem 37 (Shear Stress @ Point D)
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Intro To Problem 38 (Max Shear Force)
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Problem 38 (Max Shear Force)
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Intro To Problem 39 (Shear Distribution for Inverted T-Section)
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Problem 39 (Shear Distribution for Inverted T-Section)
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Problem 40 (Max Transverse Shear)
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Intro To Problem 41 (Moment of Inertia about Neutral Axis)
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Problem 41 (Moment of Inertia about Neutral Axis)
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Pressure Vessels
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Combined Loadings
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Intro To Problem 42 (Cylindrical Gas Tank)
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Problem 42 (Cylindrical Gas Tank)
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Intro To Problem 43 (Max Internal Pressure)
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Problem 43 (Max Internal Pressure)
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Intro To Problem 44 (Tangential Stress)
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Problem 44 (Tangential Stress)
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Intro To Problem 45 (Tangential Stress)
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Problem 45 (Tangential Stress)
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Intro To Problem 46 (Normal Stress for Rectangle Column)
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Problem 46 (Normal Stress for Rectangle Column)
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Intro To Problem 47 (Normal Stress for Rectangle Column)
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Problem 47 (Normal Stress for Rectangle Column)
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Intro To Problem 48 (Resultant Stress for Rectangle Column)
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Problem 48 (Resultant Stress for Rectangle Column)
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Intro To Problem 49 (Maximum Deflection)
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Problem 49 (Maximum Deflection)
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Intro To Problem 50 (Determine Deflection & Slope)
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Problem 50 (Determine Deflection & Slope)
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Intro To Problem 51 (Determine Deflection)
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Problem 51 (Determine Deflection)
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Intro To Problem 52 (Determine Deflection)
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Problem 52 (Determine Deflection)
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Intro To Problem 53 (Max Deflection for a Beam)
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Problem 53 (Max Deflection for a Beam)
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Intro To Problem 54 (Determine Deflection)
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Problem 54 (Determine Deflection)
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Intro To Problem 55 (Determine Deflection)
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Problem 55 (Determine Deflection)
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Intro To Problem 56 (Principal Stresses)
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Problem 56 (Principal Stresses)
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Intro To Problem 57 (In plane Shear Stress)
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Problem 57 (In plane Shear Stress)
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Intro To Problem 58 (Orientation of the Element)
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Problem 58 (Orientation of the Element)
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Intro To Problem 59 (Orientation of the Element)
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Problem 59 (Orientation of the Element)
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Forces
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Saturday's Meeting with Kenza2 Lessons
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Materials ScienceMaterials85 Lessons
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Intro To Materials
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Classification of Materials
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Primary Bonds
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Crystalline and Non-Crystalline materials
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Glass Transition
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Polymers
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Diffusion
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Intro to Problem 1 (Determine Diffusion Coefficient)
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Problem 1 (Determine Diffusion Coefficient)
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Mechanical Properties
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Stress and Strain Diagram
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Intro to Problem 2 (Identify Proportionality Limit/Elastic Limit)
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Problem 2 (Identify Proportionality Limit/Elastic Limit)
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Problem 3 Part 1 (Determine Brittle Material)
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Problem 3 Part 2 (Determine Brittle Material)
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Problem 4 ( Stress & Strain Diagram)
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Intro To Problem 5 (Elastic Modulus for Mild Steel)
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Problem 5 (Elastic Modulus for Mild Steel)
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Intro To Problem 6 (Yield Strength @ a Strain Offset)
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Problem 6 (Yield Strength @ a Strain Offset)
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Intro To Problem 7 (Ductility as % of Reduction Area)
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Problem 7 (Ductility as % of Reduction Area)
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Intro To Problem 8 (True Stress at Fracture)
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Problem 8 (True Stress at Fracture)
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Hardness
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Fracture Failure
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Fatigue Failure
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Creep Failure
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Intro To Problem 9 (Determine the Property)
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Problem 9 (Determine the Property)
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Intro To Problem 10 (Amount of Energy Absorbed at Failure)
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Problem 10 (Amount of Energy Absorbed at Failure)
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Intro To Problem 11 (Metal with High Hardness Index)
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Problem 11 (Metal with High Hardness Index)
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Intro To Problem 12 (Materials Resistance to Localized Plastic Deformation)
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Problem 12 (Materials Resistance to Localized Plastic Deformation)
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Intro To Problem 13 (Failures due to Dynamic & Cyclic Stresses)
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Problem 13 (Failures due to Dynamic & Cyclic Stresses)
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Intro To Problem 14 (Minimum Allowable Diameter)
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Problem 14(Minimum Allowable Diameter)
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Intro To Problem 15 (Minimum Surface Crack Length)
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Problem 15 (Minimum Surface Crack Length)
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Forming Processes
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Intro To Problem 16 (Physical & Mechanical Properties of Metal)
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Problem 16 (Physical & Mechanical Properties of Metal)
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Intro To Problem 17 (Determine Rolling Processes)
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Problem 17 (Determine Rolling Processes)
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Intro To Problem 18 (Hot Working Process for Metal)
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Problem 18 (Hot Working Process for Metal)
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Corrosion and Oxidation
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Intro To Problem 19 (Match Chemical Equation)
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Problem 19 (Match Chemical Equation)
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Intro To Problem 20 (Protective Oxidation Layer)
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Problem 20 (Protective Oxidation Layer)
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Unary Phase Diagram
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Binary Phase Diagram
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Iron-Iron Carbide Phase Diagram
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Intro To Problem 21 (Composition of Iron Carbon Alloy)
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Problem 21 (Composition of Iron Carbon Alloy)
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Intro To Problem 22 (Weight Fraction of Ferrite)
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Problem 22 (Weight Fraction of Ferrite)
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Concrete
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Cement
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Water
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SCM and Admixtures
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Aggregates
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Properties of Concrete
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Mix Design
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Tests
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Intro To Problem 23 (Determine Cement Content)
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Problem 23 (Determine Cement Content)
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Intro To Problem 24 (Determine Amount of Water Added)
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Problem 24 (Determine Amount of Water Added)
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Intro To Problem 25 (W/C Ratio of Concrete)
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Problem 25 (W/C Ratio of Concrete)
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Intro To Problem 26 (Concrete Compressive Strength)
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Problem 26 (Concrete Compressive Strength)
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Intro To Problem 27 (Determine Slump on Site)
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Problem 27 (Determine Slump on Site)
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Intro To Problem 28 (Slump Value)
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Problem 28 (Slump Value)
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Intro To Problem 29 (Causes when Joint is Heated)
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Problem 29 (Causes when Joint is Heated)
-
Intro To Problem 30 (Minimum Diameter of Wire)
-
Problem 30 (Minimum Diameter of Wire)
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Intro To Materials
-
Fluid MechanicsFluid Mechanics71 Lessons
-
Intro To Problem 1 (Viscosity of the Fluid)
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Problem 1 (Viscosity of the Fluid)
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Intro To Problem 2 (Height of the Column of Ethyl Alcohol)
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Problem 2 (Height of the Column of Ethyl Alcohol)
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Intro To Problem 3 (Manometer Reading Height For Closed Tank)
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Problem 3 (Manometer Reading Height For Closed Tank)
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Intro To Problem 4 (Pressure in Pipe B)
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Problem 4 (Pressure in Pipe B)
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Intro To Problem 5 (Pressure @ bottom of Closed Tank)
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Problem 5 (Pressure @ bottom of Closed Tank)
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Intro To Problem 6 (Magnitude of Resultant Force for Rectangular Gate)
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Problem 6 (Magnitude of Resultant Force for Rectangular Gate)
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Intro To Problem 7 (Force of Water on Rectangular Gate)
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Problem 7 (Force of Water on Rectangular Gate)
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Intro To Problem 8 (Tension in Cable)
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Problem 8 (Tension in Cable)
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Intro To Problem 9 (Magnitude of Resultant Fluid Force)
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Problem 9 (Magnitude of Resultant Fluid Force)
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Intro To Problem 10 (Energy Grade Line)
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Problem 10 (Energy Grade Line)
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Intro To Problem 11 (Energy and Hydraulic Grade Line)
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Problem 11 (Energy and Hydraulic Grade Line)
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Intro To Problem 12 (Determine Velocity)
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Problem 12 (Determine Velocity)
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Intro To Problem 13 (Determine Diameter of Pipe)
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Problem 13 (Determine Diameter of Pipe)
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Intro To Problem 14 (Pressure Head @ Bottom of Tank)
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Problem 14 (Pressure Head @ Bottom of Tank)
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Intro To Problem 15 (Pressure Drop for Given Flow Rate)
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Problem 15 (Pressure Drop for Given Flow Rate)
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Cheat Sheet for Problem 16
-
Intro To Problem 16 (Pressure Drop for Cast Iron Water Pipe)
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Problem 16 (Pressure Drop for Cast Iron Water Pipe)
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Intro To Problem 17 (Determine Head Loss)
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Problem 17 (Determine Head Loss)
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Review of Moody Chart
-
Intro To Problem 18 (Determine Flow Rate through Fire Hose)
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Problem 18 (Determine Flow Rate through Fire Hose)
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Intro To Problem 19 (Rate of Discharge for Short Tube Orifice)
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Problem 19 (Rate of Discharge for Short Tube Orifice)
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Intro To Problem 20 (Pressure Difference for Horizontal Venturi Meter)
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Problem 20 (Pressure Difference for Horizontal Venturi Meter)
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Intro To Problem 21 (Outflow Area)
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Problem 21 (Outflow Area)
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Intro To Problem 22 (Volume of Cylindrical Tank)
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Problem 22 (Volume of Cylindrical Tank)
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Intro To Problem 23 (Friction Factor)
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Problem 23 (Friction Factor)
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Intro To Problem 24 (Turbulent Flow)
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Problem 24 (Turbulent Flow)
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Intro To Problem 25 (Head Loss)
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Problem 25 (Head Loss)
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Intro To Problem 26 (Pressure @ Stagnation Point)
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Problem 26 (Pressure @ Stagnation Point)
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Intro To Problem 27 (Density of Pitot Tube)
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Problem 27 (Density of Pitot Tube)
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Intro To Problem 28 (Velocity of Air)
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Problem 28 (Velocity of Air)
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Intro To Problem 29 (Double the Flow Rate)
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Problem 29 (Double the Flow Rate)
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Intro To Problem 30 (Velocity of water)
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Problem 30 (Velocity of water)
-
Intro To Problem 31 (Flow Velocity in Concrete Pipe)
-
Problem 31 (Flow Velocity in Concrete Pipe)
-
Intro To Problem 32 (Hydraulic Radius for Triangular Pipe)
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Problem 32 (Hydraulic Radius for Triangular Pipe)
-
Cheat Sheet For Problem 33
-
Intro To Problem 33 (Work done by Pump)
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Problem 33 (Work done by Pump)
-
Intro To Problem 34 (Mass Flow Rate of the Water)
-
Problem 34 (Mass Flow Rate of the Water)
-
Intro To Problem 1 (Viscosity of the Fluid)
-
YouTube Problems_ Fluid Mechanics10 Lessons
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Problem 1: Force Acting On An Inclined Plane
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Problem 2: Manometer - Pressure At Pipe A
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Problem 3: Energy Equation (Head)
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Problem 4: Bernoulli Equation - Diameter of Pipe
-
Problem 5: Force Acting On A Plane Surface
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Problem 6: Energy (Bernoulli) Equation - Head Loss
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Problem 7: Continuity Equation
-
Problem 8: Bernoulli Equation and Friction Loss Using Darcy
-
Problem 9: Pump Power Formula
-
Problem 10: Head Loss Equation
-
Problem 1: Force Acting On An Inclined Plane
-
ReferencesReferences
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Saturday's Meeting with Kenza about PE1 Lesson
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Lesson 2
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Intro To Problem 19 (Mechanics of Materials)
February 9, 2021
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