You may change your mind as often as you wish. When you are satisfied with your responses, click the SUBMIT button at the bottom of this page.
Consider a hand holding a ball at rest. The ball weighs 10 N. The forces acting on the ball are the weight of the ball and the force of the hand on the ball. The forces acting on the hand are the weight of the hand and the force exerted by the ball on the hand. A) How big is the reaction force associated with the weight of the ball? What object is responsible for that force? B) How big is the force the ball exerts on the hand? How big is the reaction force associated with that force? Now let the hand exert a 15 N force on the ball. C) How big is the reaction force associated with the weight of the ball? What object is responsible for that force? D) How big is the force the ball exerts on the hand? How big is the reaction force associated with that force?
Now let the hand exert a 15 N force on the ball. C) How big is the reaction force associated with the weight of the ball? What object is responsible for that force? D) How big is the force the ball exerts on the hand? How big is the reaction force associated with that force?
Suppose the astronaut working on the Hubble telescope got himself completely loose of the shuttle and threw away a 2 kg hammer at 2 m/s. Could the astronaut remain at rest? If not, how fast would he be moving? How could he stop himself from drifting away?
80 Ns
- 40 Ns
40 Ns
more data are needed to answer
You may change your mind as often as you wish. When you are satisfied with your responses, click the SUBMIT button.
I received no help from anyone on this assignment.