Question

in animation 1 a 1.5-kg block receives a push and in the process pushes against a 4.5-kg block. (position is in meters and time is in seconds). Conversely, in animation 2,the same 4.5-kg block receives the same push, now from the opposite direction, and in the process pushes against the 1.5-kg block as shown. All surfaces are frictionless. The magnitude of the finger applied by the finger is calculated to be 15.6N since the acceleration is 2.612.

1.a the force that the green block exerts on the red block points to the right or to the left?

b.the force that the red block exerts on the green block points to the left or to the right?

2. Compare the magnitude of the force that the red block exerts on the green block to the force that the green block exerts on the red block. (I think its c, but im not sure)

a.red block exerts a force on the green block, which is bigger in magnitude than the force that the green block exerts on the red block.

b.In the first animation the green block exerts a bigger magnitude of force on the red block, but in the second animation the red block exerts a bigger magnitude of force on the green block.

c.In both animations the red block exerts a force on the green block, which is the same magnitude as the force that the green block exerts on the red block.

3.What is the magnitude of the force applied by the red block on the green block in Animation 1/Animation 2?

a.3.9N / 3.9 N, b. 11.7N / 11.7 N, c.15.6N / 15.6 N, d.11.7 / 3.9 N, e.3.9 / 11.7 N

Answer 1

Makt on red bloek 旨). Red block exer+ 'tera towaw block er ert #3 F = ma 3.9 N