If you push on your textbook so that it slides across the table at a constant velocity,Group of answer choicesthere must not be any forces acting on the book, otherwise it would accelerate.all of the forces acting on the book must be balanced.the book must be changing direction.none of the above.

A book falls off a table and accelerates until it hits the ground.Explain why the book speeds up.

This image shows a book on a table, the normal force acting on the book, and the force being applied to the book. The book is initially at rest, with a static friction coefficient of 0.70 between the book and the table. What happens to the book once force is applied?Select one:The book accelerates to the left.highlight_offThe book moves at a constant velocity to the right.highlight_offThe book remains at rest.highlight_offThe book accelerates to the right.highlight_off

A book is resting on a horizontal table. When you push the book horizontally and let go, you observe that the book moves for a while and then stops. Which of the following statements is correct?Group of answer choicesthe book stops because a non-zero net force was working on it before stoppingthe book stops because it is the inherent property of all objects to come to restthe book stops because it does not want to fall from the tablethe book stops because the normal force on the book is equal to its weightthe book stops because the earth is pulling it down

A book is resting on a table. It has several forces acting on it, one of which is the force of gravity from the Earth pulling on the book. Describe the force acting upwards on the book, and discuss the action-reaction pairs that exist for both of these forces.

True or false? If a book is sitting still on a shelf, the shelf is exerting a constant force on the book.