3.3.4 Newton's third law and equilibrium

Question 2

34%

A wooden crate of mass 30 kg is at rest on a rough horizontal warehouse floor. The coefficient of friction between the crate and the floor is 0.35. A rope is used to pull the crate with a force of $F\,$ N at an angle of $25^\circ\,$ to the horizontal. The crate is on the point of sliding.

Find the value of $F$ .

[8]

3.3.4 Newton's third law and equilibrium

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Question 2

34%

A wooden crate of mass 30 kg is at rest on a rough horizontal warehouse floor. The coefficient of friction between the crate and the floor is 0.35. A rope is used to pull the crate with a force of $F\,$ N at an angle of $25^\circ\,$ to the horizontal. The crate is on the point of sliding.

Find the value of $F$ .

[8]

3.3.4 Newton's third law and equilibrium

Question 2

Markscheme

3.3.4 Newton's third law and equilibrium

Question 2

Markscheme

3.3.4 Newton's third law and equilibrium

Question 2

3.3.4 Newton's third law and equilibrium Questions

3.3.4 Newton's third law and equilibrium

Question 2

3.3.4 Newton's third law and equilibrium Questions