Question: Calculate how much force you would have to apply to the crate to get it to go at constant speed up the 30 o Show your work below and record your answer to the tenth of a Newton (Hint: Remember it’s moving now, so which μ do you need to use?)
Question: Calculate how much force you would have to apply to the crate to get it to go at constant speed up the 30 o Show your work below and record your answer to the tenth of a Newton (Hint: Remember it’s moving now, so which μ do you need to use?)
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Good day Maam/Sir, I hope you can help me with this...... its all aboute 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:
- Calculate how much force you would have to apply to the crate to get it to go at constant speed up the 30 o Show your work below and record your answer to the tenth of a Newton (Hint: Remember it’s moving now, so which μ do you need to use?)
Simulation Link: https://phet.colorado.edu/sims/cheerpj/motion-series/latest/motion-series.html?simulation=ramp-forces-and-motion
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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