Upload here the second lab report based on "Ramp: Forces and Motion Simulation".You will use this simulation to collect your experimental data, as you would with real instruments.

Note that the required lab report sections, the lab grading rubric, and examples of Lab Reports are included at the top of the course homepage, in the section "

Examples of goals for this lab:

(a) Force Graph module: Use vector algebra to determine the mass of the mystery object.

(b) Force Graph module: Determine the final velocity of the mystery object for the frictionless ramp and compare it with the expected (i.e., theoretical) value.

or

JavaVersionChecker G 8 5 0 7 9 8 0 Sat Apr 13 3:55 PM Ramp: Forces and Motion (2.06) File Help Introduction Friction Force Graphs Robot Moving Company PHET Free Body Diagram Show O Hide Friction FN 10 Ice (no friction) . Wood 8 Vectors Force Vectors Sum of Forces Fsum h = 5.4 m Walls Brick Bouncy More Controls Object Position 5.0 meters -10 -8 -6 -4 -2 0 meters Angle = 330 . -10.0 10.0 2000.0 Parallel Forces (N) Ramp Angle 33.0 degrees FApplied FFriction = 202.187 N 0.0 FGravity 1 = -656.508 N 80.0 1000.0 Fwal = ON Choose an Object- Fsum 1 = -454.321 ? Mystery Object Applied Force 0.0 UO O () off Reset All -1000.0 -2000.0 4 6 00 - 10 12 14 16 18 20 time (sec) Record Clear Playback slow fast 5,123 APR 13 "tv NA