Block sliding down an inclined plain with gravity

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SUMMARY

The discussion centers on the physics of a block sliding down an inclined plane under the influence of gravity. Participants emphasize the necessity of understanding the forces acting on the block, such as gravitational force and friction, to solve the problem effectively. The importance of showing work in homework assignments is highlighted, indicating that a comprehensive understanding of the underlying principles is crucial for accurate problem-solving.

PREREQUISITES
  • Understanding of Newton's Laws of Motion
  • Knowledge of gravitational force calculations
  • Familiarity with frictional forces and their impact on motion
  • Basic skills in resolving forces into components
NEXT STEPS
  • Study the application of Newton's Second Law in inclined plane problems
  • Learn how to calculate the coefficient of friction for different surfaces
  • Explore the concept of static vs. kinetic friction in detail
  • Practice problems involving inclined planes and forces using simulation tools
USEFUL FOR

This discussion is beneficial for physics students, educators, and anyone seeking to deepen their understanding of mechanics, particularly in the context of inclined planes and force analysis.

mcnegron90
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I am having much trouble with these two questions. When you answer can you please xplain the laws you used and why you did what if you can. Thanks.

Please click on url to view question

http://img410.imageshack.us/img410/6031/physicshj1.th.jpg http://g.imageshack.us/thpix.php

myemail is:mcnegron90@yahoo.com
 
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mcnegron90 said:
I am having much trouble with these two questions. When you answer can you please xplain the laws you used and why you did what if you can. Thanks.

Please click on url to view question

http://img410.imageshack.us/img410/6031/physicshj1.th.jpg http://g.imageshack.us/thpix.php

myemail is:mcnegron90@yahoo.com

Welcome to PF.

Unfortunately you will need to show some work. Homework help doesn't mean that it just gets done for you.

So what forces are acting on the block that would affect its motion. What would they be in terms of the values given?
 
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