Calculate Friction Coeffs & Acceleration for Bigger Block

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    Friction Homework
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Homework Help Overview

The problem involves calculating the acceleration of a larger block that is interacting with a smaller block and the ground, with specific coefficients of friction defined. The original poster expresses uncertainty about how to approach the question.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • Participants suggest starting by identifying and drawing the forces acting on the blocks. There is a request for a clearer diagram to aid understanding.

Discussion Status

Some participants have provided guidance on the initial steps to take, such as drawing free body diagrams. There is an acknowledgment of the complexity of the forces involved, indicating a productive direction in the discussion.

Contextual Notes

The original poster has indicated a lack of understanding of the problem, and there are requests for additional visual aids to clarify the setup.

Arka420
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1. Homework Statement :
friction.png
In the diagram,the coefficient of friction between the bigger block and the smaller block is μ1 and the coefficient of friction between the bigger block and the ground is μ2. Calculate the acceleration of the bigger block.(As seen in the diagram,M is the mass of the bigger block while m is the mass of the smaller block.




2. Homework Equations : F = ma



3. The Attempt at a Solution : I have absolutely no idea about the question,so I need help.
 
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Can you make a bigger diagram? It's very difficult to look at it
 
adjacent said:
Can you make a bigger diagram? It's very difficult to look at it

Just right-click on the diagram and select "Open in new tab". That'll do the trick.
 
Usually, the first thing to do in such cases, is to draw all the forces involved. Can you do that?
 
Bandersnatch said:
Usually, the first thing to do in such cases, is to draw all the forces involved. Can you do that?

Yeah,I know how to draw a FBD.
 
Better get started then ;)
Just be careful, there are several forces in this problem that I would think are very easy to forget about ...
 

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