What happened as the crate moved up the ramp? Show the free body diagram while the crate is on the ramp. What force is working against your applied force?

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Good day Maam/Sir, I hope you can help me with this...... its all about Friction Force....

We have this simulation values:

You will be starting with a crate that has a mass of 100 kg and a coefficient of sliding friction of 0.3 and a coefficient of static friction of 0.5 in 30 degrees.

 

Question:

  1. What happened as the crate moved up the ramp? Show the free body diagram while the crate is on the ramp. What force is working against your applied force?

 

Simulation Link: https://phet.colorado.edu/sims/cheerpj/motion-series/latest/motion-series.html?simulation=ramp-forces-and-motion

Ramp: Forces and Motion (2.06)
File Help
Introduction
Friction
Force Graphs
Robot Moving Company
PLET
Free Body Diagram-
O Show O Hide
(Friction
O Ice (no friction)
O Wood
Vectors
V Force Vectors
O Sum of Forces
sum
Walls-
h= 5.0 m
O Brick O Bouncy
More Controls
Object Position -6.0 meters
10
6
O meters
Angle = 30,0 •
-10.0
10.0
Applied Force
ON
Ramp Angle 30.0 degrees
0.0
80.0
O on
O off
Reset All
Small Crate
100 kg H-0.3 H-0.5
O Record
Clear
Playback
Transcribed Image Text:Ramp: Forces and Motion (2.06) File Help Introduction Friction Force Graphs Robot Moving Company PLET Free Body Diagram- O Show O Hide (Friction O Ice (no friction) O Wood Vectors V Force Vectors O Sum of Forces sum Walls- h= 5.0 m O Brick O Bouncy More Controls Object Position -6.0 meters 10 6 O meters Angle = 30,0 • -10.0 10.0 Applied Force ON Ramp Angle 30.0 degrees 0.0 80.0 O on O off Reset All Small Crate 100 kg H-0.3 H-0.5 O Record Clear Playback
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