Given: Each block has masses m1 = m2 =

m3 = m and the coefficient of kinetic friction

is μ. The magnitude of F equals twice the

total frictional force.

Apply a horizontal force F in pushing an ar-

ray of three identical blocks in the horizontal direction.

Find the acceleration.

Question

Areli Rowe

5 August, 17:03

+1

Answers (1)

Know the Answer?

Jayden Stephenson · Answer 1

1. a = g32. a = 3 μ g3. a = 3 g4. a = μ g25. a = g26. a = μ g37. a = 2 g8. a = g9. a = 2 μ g10. a = μ g

Given: Each block has masses m1 = m2 =m3 = m and the coefficient of kinetic frictionis μ. The magnitude of F equals twice thetotal frictional force.Apply a horizontal force F in pushing an ar-ray of three identical blocks in the horizontal direction.Find the acceleration.