Calculating Fnet and coefficient of friction for inclined plane lab

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SUMMARY

The discussion focuses on calculating the net force (Fnet) and the coefficient of friction for a cart rolling down an inclined plane. Key values provided include mass (m) of 0.949 kg, gravitational force (Fg) of 9.31 N, normal force (Fn) of 9.26 N, parallel force (Fpar) of 0.973 N, and acceleration (a) of 0.709 m/s². Participants are encouraged to explain their calculations and demonstrate effort in problem-solving to receive assistance.

PREREQUISITES
  • Understanding of Newton's laws of motion
  • Basic knowledge of forces including gravitational force and normal force
  • Familiarity with inclined plane physics
  • Ability to calculate coefficients of friction
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  • Research the calculation of net force (Fnet) in inclined plane scenarios
  • Learn how to derive the coefficient of friction from experimental data
  • Study the relationship between acceleration and net force using F=ma
  • Explore the effects of angle of inclination on friction and acceleration
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Students in physics courses, educators teaching mechanics, and anyone conducting experiments related to inclined planes and frictional forces.

stove167
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i can't figure out this question? i did a lab where you roll a cart down an inclined plane.
i need to figure out Fnet the friction and the coefficient of friction.what i have so far is:
m=0.949kg
Fg=9.31N
Fn=9.26N
Fpar=0.973N
a=0.709m/s2
thanks in advance

sorry this should be in the coursework section
 
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What are you thoughts on the problem? Explain your numbers. You are required to show some effort to get help.
 

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