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FE Accelerator: Afternoon (Civil)
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Welcome to the Genie Prep Community
Welcome to the FE Accelerator Afternoon3 Lessons -
Before you begin studying...8 Lessons
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SurveyingSurveying50 Lessons
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Review Trigonometry
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Intro to Problem 1 (Distance)
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Problem 1 (Distance)
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Intro to Problem 2 (Angle)
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Problem 2 (Angle)
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Intro to Problem 3 (Area)
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Problem 3 (Area)
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Intro to Problem 4 (Shaded Area)
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Problem 4 (Shaded Area)
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Intro to Problem 5 (Shaded Area)
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Problem 5 (Shaded Area)
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Area and Volume Computation
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Intro to Problem 6 (Coordinate Method)
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Problem 6 (Coordinate Method)
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Intro to Problem 7 (Trapezoidal)
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Problem 7 (Trapezoidal)
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Intro to Problem 8 (Simpson)
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Problem 8 (Simpson)
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Intro to Problem 9 (Prismoidal)
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Problem 9 (Prismoidal)
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Intro to Problem 10 (Average End Area)
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Problem 10 (Average End Area)
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Mass Haul Diagram
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Intro to Problem 11 ( Conceptual Question)
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Problem 11 ( Conceptual Question)
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Intro to Problem 12 ( Conceptual Question)
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Problem 12 ( Conceptual Question)
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Intro to Problem 13 ( Conceptual Question)
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Problem 13 ( Conceptual Question)
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Intro to Problem 14 ( Conceptual Question)
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Problem 14 ( Conceptual Question)
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Closed Traverse
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Intro to Problem 15 (Linear Error of Closure)
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Problem 15 (Linear Error of Closure)
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Intro to Problem 16 (Angular Closure)
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Problem 16 (Angular Closure)
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Leveling
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Intro to Problem 17 (Height of Instrument)
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Problem 17 (Height of Instrument)
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Intro to Problem 18 (Elevation)
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Problem 18 (Elevation)
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Intro to Problem 19 (Percent Grade)
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Problem 19 (Percent Grade)
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Intro to Problem 20 (Leveling)
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Problem 20 (Leveling)
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State Plane Coordinate
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Intro to Problem 21 (Projection)
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Problem 21 (Projection)
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Intro to Problem 22 (Plane Surveying)
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Problem 22 (Plane Surveying)
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Review Trigonometry
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Saturday's Meetings7 Lessons
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Water Resources and Environmental EngineeringReview Fluid Mechanics13 Lessons
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Review of Concepts
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Intro To Problem 1 (Elevation)
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Problem 1 (Elevation)
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Intro To Problem 2 (Flow Rate)
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Problem 2 (Flow Rate)
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Intro To Problem 3 (Velocity)
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Problem 3 (Velocity)
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Intro To Problem 4 (Head loss)
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Problem 4 (Head Loss)
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Intro To Problem 5 (Parallel Pipes)
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Problem 5 (Parallel Pipes)
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Intro To Problem 6 (Flow of Water)
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Problem 6 (Flow of Water)
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Review of Concepts
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Hydraulics28 Lessons
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Open Channels
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Critical Depth
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Hydraulic Jump
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Weir
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Dams
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Intro To Problem 1 (Head Loss)
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Problem 1 (Head Loss)
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Intro To Problem 2 (Flow)
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Problem 2 (Flow)
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Intro To Problem 3 (Depth)
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Problem 3 (Depth)
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Intro To Problem 4 (Velocity)
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Problem 4 (Velocity)
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Intro To Problem 5 (Minimum Energy)
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Problem 5 (Minimum Energy)
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Intro To Problem 6 (Type of Flow)
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Problem 6 (Type of Flow)
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Intro To Problem 7 (Flow Depth)
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Problem 7 (Flow Depth)
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Intro To Problem 8 (Discharge of a Weir)
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Problem 8 (Discharge of a Weir)
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Pumps
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Intro To Problem 9 (Fluid Power)
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Problem 9 (Fluid Power)
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Intro To Problem 10 (Pump Brake Power)
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Problem 10 (Pump Brake Power)
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Intro To Problem 11 (Height of the Pump)
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Problem 11 (Height of the Pump)
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Open Channels
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Hydrology13 Lessons
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Hydrology Concepts
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Intro To Problem 1 (Runoff)
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Problem 1 (Runoff)
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Intro To Problem 2 (Peak Flow)
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Problem 2 (Peak FLow)
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Intro To Problem 3 (Evaporation Loss)
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Problem 3 (Evaporation Loss)
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Intro To Problem 4 (Hydraulic Conductivity)
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Problem 4 (Hydraulic Conductivity)
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Intro To Problem 5 (Drawdown)
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Problem 5 (Drawdown)
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Intro To Problem 6 (Hydraulic Conductivity)
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Problem 6 (Hydraulic Conductivity)
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Hydrology Concepts
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Stormwater , Collection Systems and Water Distribution11 Lessons
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Environmental61 Lessons
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Review of Chemistry
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Water Quality
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Water Treatment
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Intro to Problem 1 (Chemical Characteristics)
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Problem 1 (Chemical Characteristics)
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Intro to Problem 2 (Turbidity)
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Problem 2 (Turbidity)
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Intro to Problem 3 (Hardness)
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Problem 3 (Hardness)
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Intro to Problem 4 (Water Source)
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Problem 4 (Water Source)
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Intro to Problem 5 (Solid Particle)
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Problem 5 (Solid Particle)
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Intro to Problem 6 (Detention Time)
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Problem 6 (Detention Time)
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Intro to Problem 7 (Volume for Backwash)
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Problem 7 (Volume for Backwash)
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Intro to Problem 8 (Total Hardness)
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Problem 8 (Total Hardness)
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Water Pollution
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BOD
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Intro to Problem 9 (Lakes)
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Problem 9 (Lakes)
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Intro to Problem 10 (Amount of Oxygen)
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Problem 10 (Amount of Oxygen)
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Intro to problem 11 (Rate constant)
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Problem 11 (Rate constant)
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Intro to problem 12 (Settling velocity)
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Problem 12 (Settling velocity)
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Wastewater Treatment Plant (Part 1)
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Wastewater Treatment Plant (Part 2)
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Wastewater Treatment Plant (Part 3)
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Intro to Problem 13 (Conceptual Question)
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Problem 13 (Conceptual Question)
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Intro to problem 14 (Conceptual Question)
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Problem 14 (Conceptual Question)
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Intro to Problem 15 (Conceptual Question)
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Problem 15 (Conceptual Question)
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Intro to Problem 16 (Conceptual Question)
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Problem 16 (Conceptual Question)
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Intro to Problem 17 (Conceptual Question)
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Problem 17 (Conceptual Question)
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Intro to Problem 18 (Conceptual Question)
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Problem 18 (Conceptual Question)
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Intro to Problem 19 (Conceptual Question)
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Problem 19 (Conceptual Question)
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Intro to Problem 20 (Conceptual Question)
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Problem 20 (Conceptual Question)
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Intro to Problem 21 (BOD)
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Problem 21 (BOD)
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Intro to Problem 22 (Biomass Concentration)
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Problem 22 (Biomass Concentration)
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Intro to Problem 23 (SVI)
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Problem 23 (SVI)
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Intro to Problem 24 (Volume of Aeration Tank)
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Problem 24 (Volume of Aeration Tank)
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Intro to Problem 25 (Volume of Aeration Tank)
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Problem 25 (Volume of Aeration Tank)
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Standards
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Intro to Problem 26 (Standards)
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Problem 26 (Standards)
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Review of Chemistry
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Structural AnalysisAnalysis of Statically Determinate Structures18 Lessons
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Intro To Problem 1 (Reaction Force)
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Problem 1 (Reaction Force)
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Intro To Problem 2 (Reaction Force)
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Problem 2 (Reaction Force)
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Intro To Problem 3 (Distributed Load)
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Problem 3 (Distributed Load)
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Intro To Problem 4 (Zero Force Member)
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Problem 4 (Zero Force Member)
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Intro To Problem 5 (Force Member)
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Problem 5 (Force Member)
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Intro To Problem 6 (Force Member)
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Problem 6 (Force Member)
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Intro To Problem 7 (Reaction Force)
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Problem 7 (Reaction Force)
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Intro To Problem 8 (Reaction Force)
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Problem 8 (Reaction Force)
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Intro To Problem 9 (Reaction Force)
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Problem 9 (Reaction Force)
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Intro To Problem 1 (Reaction Force)
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Stability Analysis of Structures27 Lessons
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Stability Analysis
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Intro To Problem 1 (Beams)
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Problem 1 (Beams)
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Intro To Problem 2 (Beams)
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Problem 2 (Beams)
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Intro To Problem 3 (Beams)
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Problem 3 (Beams)
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Intro To Problem 4 (Beams)
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Problem 4 (Beams)
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Intro To Problem 5 (Beams)
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Problem 5 (Beams)
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Intro To Problem 6 (Frames)
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Problem 6 (Frames)
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Intro To Problem 7 (Frames)
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Problem 7 (Frames)
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Intro To Problem 8 (Frames)
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Problem 8 (Frames)
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Intro To Problem 9 (Frames)
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Problem 9 (Frames)
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Intro To Problem 10 (Trusses)
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Problem 10 (Trusses)
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Intro To Problem 11 (Trusses)
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Problem 11 (Trusses)
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Intro To Problem 12 (Trusses)
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Problem 12 (Trusses)
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Intro To Problem 13 (Trusses)
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Problem 13 (Trusses)
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Stability Analysis
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Deflection52 Lessons
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Intro To Problem 1 (Maximum Deflection)
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Problem 1 (Maximum Deflection)
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Intro To Problem 2 (Deflection at a Point)
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Problem 2 (Deflection at a Point)
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Intro To Problem 3 (Deflection at a Point)
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Problem 3 (Deflection at a Point)
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Intro To Problem 4 (Deflection at a Point)
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Problem 4 (Deflection at a Point)
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Intro To Problem 5 (Deflection at a Point)
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Problem 5 (Deflection at a Point)
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Intro To Problem 6 (Deflection at a Point)
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Problem 6 (Deflection at a Point)
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Intro To Problem 7 (Slope at a Point)
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Problem 7 (Slope at a Point)
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Intro To Problem 8 (Maximum Slope)
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Problem 8 (Maximum Slope)
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Intro To Problem 9 (Slope at a Point)
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Problem 9 (Slope at a Point)
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Deflection Diagram
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Intro To Problem 10 (Deflection Diagram)
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Problem 10 (Deflection Diagram)
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Intro To Problem 11 (Deflection Diagram)
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Problem 11 (Deflection Diagram)
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Intro To Problem 12 (Deflection Diagram)
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Problem 12 (Deflection Diagram)
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Intro To Problem 13 (Deflection Diagram)
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Problem 13 (Deflection Diagram)
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Intro To Problem 14 (Deflection Diagram)
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Problem 14 (Deflection Diagram)
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Unit Load For Trusses
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Intro To Problem 15 (Deflection of a Truss)
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Problem 15 (Deflection of a Truss)
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Intro To Problem 16 (Deflection of a Truss)
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Problem 16 (Deflection of a Truss)
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Intro To Problem 17 (Deflection of a Truss)
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Problem 17 (Deflection of a Truss)
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Intro To Problem 18 (Deflection of a Truss)
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Problem 18 (Deflection of a Truss)
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Unit Load For Beams
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Unit Load For Frames
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Intro To Problem 19 (Deflection of a Beam)
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Problem 19 (Deflection of a Beam)
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Intro To Problem 20 (Deflection of a Beam)
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Problem 20 (Deflection of a Beam)
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Intro To Problem 21 (Deflection of a Beam)
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Problem 21 (Deflection of a Beam)
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Intro To Problem 22 (Deflection of a Frame)
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Problem 22 (Deflection of a Frame)
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Intro To Problem 23 (Deflection of a Frame)
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Problem 23 (Deflection of a Frame)
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Intro To Problem 24 (Deflection of a Frame)
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Problem 24 (Deflection of a Frame)
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Intro To Problem 1 (Maximum Deflection)
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Indeterminate Structures16 Lessons
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Force Method
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Slope Deflection Method
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Intro To Problem 1 (Indeterminate Beam- FM)
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Problem 1 (Indeterminate Beam- FM)
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Intro To Problem 2 (Indeterminate Beam- FM)
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Problem 2 (Indeterminate Beam- FM)
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Intro To Problem 3 (Indeterminate Beam- FM)
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Problem 3 (Indeterminate Beam- FM)
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Intro To Problem 4 (Indeterminate Beam- FM)
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Problem 4 (Indeterminate Beam- FM)
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Intro To Problem 5 (Indeterminate Beam- SD)
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Problem 5 (Indeterminate Beam- SD)
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Intro To Problem 6 (Indeterminate Beam- SD)
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Problem 6 (Indeterminate Beam- SD)
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Intro To Problem 7 (Indeterminate Beam- SD)
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Problem 7 (Indeterminate Beam- SD)
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Force Method
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Influence Line41 Lessons
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Influence Line for Beams
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Influence Line for Trusses
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Moving Concentrated Loads
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Intro To Problem 1 (Beam Influence Line - Reaction)
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Problem 1 (Beam Influence Line - Reaction)
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Intro To Problem 2 (Beam Influence Line - Shear)
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Problem 2 (Beam Influence Line - Shear)
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Intro To Problem 3 (Beam Influence Line - Moment)
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Problem 3 (Beam Influence Line - Moment)
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Intro To Problem 4 (Beam Influence Line - Moment)
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Problem 4 (Beam Influence Line - Moment)
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Intro To Problem 5 (Beam Influence Line - Reaction)
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Problem 5 (Beam Influence Line - Reaction)
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Intro To Problem 6 (Beam Influence Line - Moment)
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Problem 6 (Beam Influence Line - Moment)
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Intro To Problem 7 (Truss Influence Line - Reaction)
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Problem 7 (Truss Influence Line - Reaction)
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Intro To Problem 8 (Truss Influence Line - Force Member)
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Problem 8 (Truss Influence Line - Force Member)
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Intro To Problem 9 (Truss Influence Line - Force Member)
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Problem 9 (Truss Influence Line - Force Member)
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Intro To Problem 10 (Truss Influence Line - Force Member)
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Problem 10 (Truss Influence Line - Force Member)
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Intro To Problem 11 (Truss Influence Line - Force Member)
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Problem 11 (Truss Influence Line - Force Member)
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Intro To Problem 12 (Truss Influence Line - Force Member)
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Problem 12 (Truss Influence Line - Force Member)
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Intro To Problem 13 (Truss Influence Line - Force Member)
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Problem 13 (Truss Influence Line - Force Member)
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Intro To Problem 14 (Moving Load Beam - Reaction)
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Problem 14 (Moving Load Beam - Reaction)
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Intro To Problem 15 (Moving Load Beam - Shear)
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Problem 15 (Moving Load Beam - Shear)
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Intro To Problem 16 (Moving Load Beam - Moment)
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Problem 16 (Moving Load Beam - Moment)
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Intro To Problem 17 (Moving Load Beam - Shear)
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Problem 17 (Moving Load Beam - Shear)
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Intro To Problem 18 (Moving Load Truss - Force Member)
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Problem 18 (Moving Load Truss - Force Member)
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Intro To Problem 19 (Moving Load Truss - Force Member)
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Problem 19 (Moving Load Truss - Force Member)
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Influence Line for Beams
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Need Motivation? Watch This!
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Structural DesignLoads26 Lessons
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Loads
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Design Methods
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Example
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Live Load Reduction
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Intro To Problem 1 (Factored Load using LRFD)
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Problem 1 (Factored Load using LRFD)
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Intro To Problem 2 (Factored Load using ASD)
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Problem 2 (Factored Load using ASD)
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Intro To Problem 3 (Factored Load using LRFD)
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Problem 3 (Factored Load using LRFD)
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Intro To Problem 4 (Effective Live Load for Beam)
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Problem 4 (Effective Live Load for Beam)
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Intro To Problem 5 (Effective Live Load for Beam)
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Problem 5 (Effective Live Load for Beam)
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Intro To Problem 6 (Effective Live Load for Column)
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Problem 6 (Effective Live Load for Column)
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Intro To Problem 7 (Intro to Design- Factored Moment)
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Problem 7 (Intro to Design- Factored Moment)
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Snow Loads
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Wind Loads
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Intro To Problem 8 (Snow Load)
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Problem 8 (Snow Load)
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Intro To Problem 9 (Snow Load)
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Problem 9 (Snow Load)
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Intro To Problem 10 (Wind Load)
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Problem 10 (Wind Load)
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Loads
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Reinforced Concrete39 Lessons
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Bending Moment
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Intro To Problem 1 (Designing Beam Example)
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Problem 1 (Designing Beam Example)
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Intro To Problem 2 (Design Moment)
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Problem 2 (Design Moment)
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Intro To Problem 3 (Design Flexural Strength)
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Problem 3 (Design Flexural Strength)
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Intro To Problem 4 (Nominal Moment Strength)
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Problem 4 (Nominal Moment Strength)
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Intro To Problem 5 (Minimum Width)
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Problem 5 (Minimum Width)
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Intro To Problem 6 (Resistance factor)
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Problem 6 (Resistance factor)
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Intro To Problem 7 (Maximum Unfactored LL)
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Problem 7 (Maximum Unfactored LL)
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Intro To Problem 8 (Placement of Reinforcement)
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Problem 8 (Placement of Reinforcement)
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Intro To Problem 9 (Review)
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Problem 9 (Review)
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Shear Strength
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Intro To Problem 10 (Design Shear Strength)
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Problem 10 (Design Shear Strength)
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Intro To Problem 11 (Area of Shear Reinforcement)
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Problem 11 (Area of Shear Reinforcement)
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Intro To Problem 12 (Minimum Spacing)
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Problem 12 (Minimum Spacing)
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Intro To Problem 13 (Maximum Spacing)
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Problem 13 (Maximum Spacing)
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Columns
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Intro To Problem 14 (Design Compressive Strength)
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Problem 14 (Design Compressive Strength)
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Intro To Problem 15 (Reinforcement Ratio)
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Problem 15 (Reinforcement Ratio)
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Intro To Problem 16 (Area Reinforcement)
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Problem 16 (Area Reinforcement)
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Intro To Problem 17 (Width of the Column)
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Problem 17 (Width of the Column)
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Intro To Problem 18 (Reinforcement Ratio)
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Problem 18 (Reinforcement Ratio)
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Bending Moment
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Steel Design56 Lessons
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Intro To Steel Design
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Bending Moment - Plastic Deformation
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Intro To Problem 1 (Design Plastic Deformation)
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Problem 1 (Design Plastic Deformation)
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Intro To Problem 2 (Least W Shape)
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Problem 2 (Least W Shape)
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Intro To Problem 3 (Plastic Section Modulus)
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Problem 3 (Plastic Section Modulus)
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Bending Moment - LTB
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Shear Strength
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Intro To Problem 4 (Nominal Moment Strength)
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Problem 4 (Nominal Moment Strength)
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Intro To Problem 5 (Factored Distributed Load)
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Problem 5 (Factored Distributed Load)
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Intro To Problem 6 (Design Moment Strength)
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Problem 6 (Design Moment Strength)
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Intro To Problem 7 (Least W Shape)
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Problem 7 (Least W Shape)
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Intro To Problem 8 (Unbraced Length)
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Problem 8 (Unbraced Length)
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Intro To Problem 9 (Nominal Moment Strength)
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Problem 9 (Nominal Moment Strength)
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Intro To Problem 10 (Amplification factor)
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Problem 10 (Amplification factor)
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Intro To Problem 11 (Design Moment Strength)
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Problem 11 (Design Moment Strength)
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Intro To Problem 12 (Design Shear Strength)
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Problem 12 (Design Shear Strength)
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Columns
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Intro To Problem 13 (Design Compressive Strength LRFD)
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Problem 13 (Design Compressive Strength LRFD)
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Intro To Problem 14 (Design Compressive Strength ASD)
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Problem 14 (Design Compressive Strength ASD)
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Intro To Problem 15 (Nominal Compressive Strength)
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Problem 15 (Nominal Compressive Strength)
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Intro To Problem 16 (Critical Stress)
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Problem 16 (Critical Stress)
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Intro To Problem 17 (Lightest W Shape)
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Problem 17 (Lightest W Shape)
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Intro To Problem 18 (Nominal Compressive Strength)
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Problem 18 (Nominal Compressive Strength)
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Intro To Problem 19 (Design Compressive Strength with G)
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Problem 19 (Design Compressive Strength With G)
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Tension Members
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Intro To Problem 20 (Tensile Design Strength using LRFD)
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Problem 20 (Tensile Design Strength using LRFD)
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Intro To Problem 21 (Tensile Design Strength using ASD)
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Problem 21 (Tensile Design Strength using ASD)
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Intro To Problem 22 (Tensile Nominal Strength using ASD)
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Problem 22 (Tensile Nominal Strength using ASD)
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Intro To Problem 23 (Tensile Design Strength using LRFD)
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Problem 23 (Tensile Design Strength using LRFD)
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Intro To Problem 24 (Design Block Shear Strength using LRFD)
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Problem 24 (Design Block Shear Strength using LRFD)
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Intro To Problem 25 (Design Block Shear Strength using ASD)
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Problem 25 (Design Block Shear Strength using ASD)
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Intro To Steel Design
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Geotechnical EngineeringSoil Mechanics and Foundation Engineering
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Soil MechanicsIntroduction to Soils8 Lessons
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Phase Relationships22 Lessons
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Phase Relationships
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Compaction
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Intro to Problem 1 (Void Ratio)
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Problem 1 (Void Ratio)
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Intro to Problem 2 (Degree of Saturation)
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Problem 2 (Degree of Saturation)
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Intro to Problem 3 (Specific Gravity)
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Problem 3 (Specific Gravity)
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Intro to Problem 4 (Effective Unit Weight)
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Problem 4 (Effective Unit Weight)
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Intro to Problem 5 (Dry Unit Weight)
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Problem 5 (Dry Unit Weight)
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Intro to Problem 6 (Compaction)
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Problem 6 (Compaction)
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Intro to Problem 7 (Compaction)
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Problem 7 (Compaction)
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Intro to Problem 8 (Relative Compaction)
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Problem 8 (Relative Compaction)
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Intro to Problem 9 (Proctor Dry Unit Weight)
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Problem 9 (Proctor Dry Unit Weight)
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Intro to Problem 10 (Relative Compaction)
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Problem 10 (Relative Compaction)
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Phase Relationships
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Soil Classification18 Lessons
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Consistency of Soil
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Classification of Soil
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Intro To Problem 1 (AASHTO)
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Problem 1 (AASHTO)
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Intro To Problem 2 (AASHTO)
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Problem 2 (AASHTO)
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Intro To Problem 3 (AASHTO)
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Problem 3 (AASHTO)
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Intro To Problem 4 (USCS)
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Problem 4 (USCS)
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Intro To Problem 5 (USCS)
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Problem 5 (USCS)
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Intro To Problem 6 (USCS)
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Problem 6 (USCS)
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Intro To Problem 7 (USCS)
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Problem 7 (USCS)
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Intro to Problem 8 (Plasticity Chart)
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Problem 8 (Plasticity Chart)
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Consistency of Soil
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Hydraulic Conductivity7 Lessons
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Effective Stress12 Lessons
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Intro to Problem 1 (Effective Stress)
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Problem 1 (Effective Stress)
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Intro to Problem 2 (Total Stress and Pore Pressure)
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Problem 2 (Total Stress and Pore Pressure)
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Intro to Problem 3 (Change in Effective Stress)
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Problem 3 (Change in Effective Stress)
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Intro to Problem 4 (Total Stress)
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Problem 4 (Total Stress)
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Intro to Problem 5 (Effective Stress)
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Problem 5 (Effective Stress)
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Intro to Problem 6 (Conceptual Question)
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Problem 6 (Conceptual Question)
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Intro to Problem 1 (Effective Stress)
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Consolidation11 Lessons
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Consolidation
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Intro to Problem 1 (Settlement)
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Problem 1 (Settlement)
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Intro to Problem 2 (Settlement)
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Problem 2 (Settlement)
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Intro to Problem 3 (Average Degree of Consolidation)
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Problem 3 (Average Degree of Consolidation)
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Intro to Problem 4 (Time for 50% Consolidation)
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Problem 4 (Time for 50% consolidation)
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Intro to Problem 5 (Settlement at T)
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Problem 5 (Settlement at T)
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Consolidation
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Shear Strength7 Lessons
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Slope Stability5 Lessons
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Foundation EngineeringFoundations22 Lessons
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Types of Foundations
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Soil Foundations
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Intro To Problem 1 (Ultimate Bearing Capacity)
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Problem 1 (Ultimate Bearing Capacity)
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Intro To Problem 2 (Ultimate Bearing Capacity)
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Problem 2 (Ultimate Bearing Capacity)
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Intro To Problem 3 (Conceptual Question)
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Problem 3 (Conceptual Question)
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Intro To Problem 4 (Conceptual Question)
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Problem 4 (Conceptual Question)
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Intro To Problem 5 (Conceptual Question)
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Problem 5 (Conceptual Question)
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Intro To Problem 6 (Conceptual Question)
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Problem 6 (Conceptual Question)
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Intro To Problem 7 (Conceptual Question)
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Problem 7 (Conceptual Question)
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Intro To Problem 8 (Conceptual Question)
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Problem 8 (Conceptual Question)
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Intro To Problem 9 (Conceptual Question)
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Problem 9 (Conceptual Question)
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Intro To Problem 10 (Conceptual Question)
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Problem 10 (Conceptual Question)
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Types of Foundations
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Lateral Earth Pressure9 Lessons
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Retaining Walls16 Lessons
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Retaining Walls
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Construction Joints and Drainage
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Intro to Problem 1 (Overturning)
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Problem 1 (Overturning)
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Intro to Problem 2 (Sliding)
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Problem 2 (Sliding)
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Intro to Problem 3 (Eccentricity)
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Problem 3 (Eccentricity)
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Intro to Problem 4 (Bearing Capacity)
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Problem 4 (Bearing Capacity)
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Intro to Problem 5 (Conceptual Question)
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Problem 5 (Conceptual Question)
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Intro to Problem 6 (Conceptual Question)
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Problem 6 (Conceptual Question)
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Intro to Problem 7 (Conceptual Question)
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Problem 7 (Conceptual Question)
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Retaining Walls
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Laboratory Tests11 Lessons
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Laboratory Tests
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Intro to Problem 1 (Conceptual Question)
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Problem 1 (Conceptual Question)
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Intro to Problem 2 (Conceptual Question)
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Problem 2 (Conceptual Question)
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Intro to Problem 3 (Conceptual Question)
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Problem 3 (Conceptual Question)
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Intro to Problem 4 (Conceptual Question)
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Problem 4 (Conceptual Question)
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Intro to Problem 5 (Conceptual Question)
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Problem 5 (Conceptual Question)
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Laboratory Tests
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Transportation EngineeringTransportation96 Lessons
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Sight Distance
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Horizontal Curves
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Vertical Curves
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Intro to Problem 1 (Radius)
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Problem 1 (Radius)
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Intro to Problem 2 (PT)
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Problem 2 (PT)
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Intro to Problem 3 (Elevation)
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Problem 3 (Elevation)
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Intro to Problem 4 (Elevation at Highest Point)
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Problem 4 (Elevation at Highest Point)
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Intro to Problem 5 (Length)
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Problem 5 (Length)
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Intro to Problem 6 (Radius)
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Problem 6 (Radius)
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Intro to Problem 7 (HSO)
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Problem 7 (HSO)
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Intro to Problem 8 (ISD)
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Problem 8 (ISD)
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Intersections
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Intro to Problem 9 (Conceptual Question)
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Problem 9 (Conceptual Question)
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Intro to Problem 10 (Conceptual Question)
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Problem 10 (Conceptual Question)
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Intro to Problem 11 (Conceptual Question)
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Problem 11 (Conceptual Question)
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Intro to Problem 12 (Conceptual Question)
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Problem 12 (Conceptual Question)
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Intro to Problem 13 (Conceptual Question)
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Problem 13 (Conceptual Question)
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Pavement Design
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Drainage
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Rehabilitation
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Intro to Problem 14 (Thickness)
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Problem 14 (Thickness)
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Intro to Problem 15 (Concept on Pavement)
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Problem 15 (Concept on Pavement)
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Intro to Problem 16 (LEF)
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Problem 16 (LEF)
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Traffic Flow
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Traffic Capacity
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Intro to Problem 17 (PHF)
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Problem 17 (PHF)
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Intro to Problem 18 (Flow Rate)
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Problem 18 (Flow Rate)
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Intro to Problem 19 (Time Spacing)
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Problem 19 (Time Spacing)
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Intro to Problem 20 (Maximum Capacity)
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Problem 20 (Maximum Capacity)
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Intro to Problem 21 (Maximum Flow)
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Problem 21 (Maximum Flow)
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Intro to Problem 22 (FFS)
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Problem 22 (FFS)
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Intro to Problem 23 (LOS)
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Problem 23 (LOS)
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Speed Flow Curves
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Level of Service
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Intro to Problem 24 (Conceptual Question)
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Problem 24 (Conceptual Question)
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Intro to Problem 25 (Conceptual Question)
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Problem 25 (Conceptual Question)
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Traffic Control Devices
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Traffic Signal
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Intro to Problem 26 (Yellow Interval Time)
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Problem 26 (Yellow Interval Time)
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Intro to Problem 27 (Red Clearance Interval)
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Problem 27 (Red Clearance Interval)
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Intro to Problem 28 (Green Length Time)
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Problem 28 (Green Length Time)
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Intro to Problem 29 (MUTCD)
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Problem 29 (MUTCD)
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Intro to Problem 30 (TCD)
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Problem 30 (TCD)
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Intro to Problem 31 (Traffic Signal)
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Problem 31 (Traffic Signal)
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Intro to Problem 32 (Sign)
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Problem 32 (Sign)
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Intro to Problem 33 (Markings)
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Problem 33 (Markings)
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Transportation Planning
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Intro to Problem 34 (Trip Distribution)
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Problem 34 (Trip Distribution)
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Intro to Problem 35 (Percentage of Trips)
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Problem 35 (Percentage of Trips)
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Intro to Problem 36 (Conceptual Question)
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Problem 36 (Conceptual Question)
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Intro to Problem 37 (Conceptual Question)
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Problem 37 (Conceptual Question)
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Intro to Problem 38 (Trip Generation)
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Problem 38 (Trip Generation)
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Intro to Problem 39 (RMEV)
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Problem 39 (RMEV)
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Intro to Problem 40 (RMVM)
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Problem 40 (RMVM)
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Intro to Problem 41 (Number of Accidents)
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Problem 41 (Number of Accidents)
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Sight Distance
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Construction EngineeringConstruction66 Lessons
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Documents
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Types of Contracts
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Construction Administration
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Construction Management Plan
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Project Delivery Methods
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Intro to Problem 1 (Bid Documents)
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Problem 1 (Bid Documents)
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Intro to Problem 2 (Type of Contract)
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Problem 2 (Type of Contract)
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Intro to Problem 3 (Contract Documents)
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Problem 3 (Contract Documents)
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Intro to Problem 4 (Bid)
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Problem 4 (Bid)
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Intro to Problem 5 (Bonds)
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Problem 5 (Bonds)
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Intro to Problem 6 (Project Administrator)
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Problem 6 (Project Administrator)
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Intro to Problem 7 (Procurement)
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Problem 7 (Procurement)
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Intro to Problem 8 (Management)
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Problem 8 (Management)
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Intro to Problem 9 (Project Delivery Method)
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Problem 9 (Project Delivery Method)
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Intro to Problem 10 (Method of Delivery)
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Problem 10 (Method of Delivery)
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Safety
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Erosion Control
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Equipment
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Productivity
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Intro to Problem 11 (Production Rate)
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Problem 11 (Production Rate)
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Intro to Problem 12 (Daily Excavation Production)
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Problem 12 (Daily Excavation Production)
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Intro to Problem 13 (Production Rate)
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Problem 13 (Production Rate)
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Intro to Problem 14 (Borrowed Volume)
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Problem 14 (Borrowed Volume)
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Intro to Problem 15 (Safety Health Program)
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Problem 15 (Safety Health Program)
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Intro to Problem 16 (Erosion)
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Problem 16 (Erosion)
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Scheduling
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Earned values
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Resource Allocation
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Intro to Problem 17 (Longest Path)
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Problem 17 (Longest Path)
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Intro to Problem 18 (Float)
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Problem 18 (Float)
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Intro to Problem 19 (Shortest Duration)
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Problem 19 (Shortest Duration)
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Intro to Problem 20 (Performance of the Project)
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Problem 20 (Performance of the Project)
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Intro to Problem 21 (Estimate at Completion)
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Problem 21 (Estimate at Completion)
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Estimating
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Intro to Problem 22 (Indirect Cost)
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Problem 22 (Indirect Cost)
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Intro to Problem 23 (Cost Estimate)
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Problem 23 (Cost Estimate)
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Intro to Problem 24 (Cost Estimate)
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Problem 24 (Cost Estimate)
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Drawings
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Intro to Problem 25 (Drawing)
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Problem 25 (Drawing)
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Intro to Problem 26 (View of the Drawing)
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Problem 26 (View of the Drawing)
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Documents
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Saturday's Meeting with Kenza about PE2 Lessons
Section 1,
Lesson 2
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Intro To Problem 7 (Influence Line)
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