How does the force exerted on an object relate to the object\'s momentum while t

Question

How does the force exerted on an object relate to the object's momentum while that force is being applied? Select One of the Following: A ball is accelerated to Earth by the force of gravity of Earth on the ball. The force the Earth exerts on the ball to cause this is 2N. Which of the following choices best describes the force the ball exerts on Earth? Select One of the Following: (a) The ball is inanimate, and cannot cause a force on anything. (b) The ball does exert a force, but there is no way to know its size from what is given. (c) The ball acts on Earth with a force of 2N, toward the ball. (d) The ball acts on Earth with a force of 2N, away from the ball. An object has two kinds of forces associated with it, those forces exerted ON the object, and those exerted BY the object. When drawing a free-body diagram of an object, only the forces exerted ON the object are included on the diagram. Select One of the Following: (a) True (b) False

Explanation / Answer

12.1) d) F = dp/dt

12.2) C) tha ball acts on earth with a force of 2N,toward the ball

12.3) A) true

Related Questions

Navigate

• Browse (All)
• Browse H
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.