Popsicle Bridge Project.pdf Formulas Test 1.pdf Test2Eqns.pdf Useful Equations (Final).pdf P1170Problems.pdf Chapter 2 Ch2- 1 - 2DVectors.pdf Ch2- 1a - Graphical Vector Operations.pdf Ch2- 1a Q1 - NamingVectorEquations.pdf Ch2- 1a Q2 - VectorAddition.pdf Ch2- 1a Q3 - VectorSubtraction.pdf Ch2- 1b - Magnitude&Direction.pdf Ch2- 1b Q1 - Magnitude&Direction.pdf Ch2- 1b Q2 - ConceptTests.pdf Ch2- 1c - Triangle Method.pdf Ch2- 1d - Resolution.pdf Ch2- 1e- ijk Notation.pdf Ch2- 1e - Q VectorNotation.pdf Ch2- 1g - 1D Vectors.pdf Ch2- 2 - 3DVectors.pdf Ch2- 4 - DotProduct.pdf Ch2- 5 - Vector Summary.pdf Chapter 3 Ch3- 1 - FreeBodyDiagrams.pdf Ch3- 2 - 2D Forces.pdf Ch3- 3 - 3D Forces.pdf SolvingLinearEquationSystems.xls Chapter 4 Ch4- 1 - Moments in 2D.pdf Ch4- 2 - Moment about an Axis.pdf Ch4- 3 - Couples.pdf Ch4- 4 - Equivalent Systems .pdf Ch4- 5 - Distributed Loads.pdf Ch4- 5a - EndPageDiagrams.pdf Chapter 5 Ch5- 1 - Static Equilibrium.pdf Ch5- 1a - Table 5-1.pdf Ch5- 2 - 2D.pdf Ch5- 3 - 3D.pdf Ch5- 3a - Table 5-2.pdf Ch5- 4 - Summary.pdf Chapter 6 Ch06-MethodOfJoints.pdf Chapter 8 Ch8 - 1 Friction.pdf Ch8 - 2 Wedges.pdf Chapter 12 CH12 - 1 - KinematicEquations.pdf CH12 - 2 - ErraticMotion.pdf Ch12 - 3 - CurvilinearMotion.pdf CH12 - 4 - Projectiles.pdf CH12 - 5 - NormalTangential.pdf CH12 - 5a - N-T_UnitVectors.pdf CH12 - 5b - MathDetails.pdf CH12 - 5c - RadiusOfCurvature.pdf CH12 - 6 - CylindricalComponents.pdf CH12 - 7 - DependentMotion.pdf CH12 - 8 - RelativeMotion.pdf Chapter 13 CH13 - 1 - Intro.pdf CH13 - 2 - F=ma xy coordinates.pdf CH13 - 3 - F=ma n-t coordinates.pdf CH13 - 4 - F=ma cylindrical coordinates.pdf Chapter 14 Ch14 - 1 - Work&Energy.pdf Ch14 - 2 - Power&Efficiency.pdf Ch14 - 3 - PotentialEnergy.pdf Chapter 15 Ch15 - 1 - Impulse&Momentum.pdf Ch15 - 2 - ConservationofMomentum.pdf Ch15 - 3 - Impact.pdf Ch15 - 4 - AngularMomentum.pdf