If he were to try to jump without giving that downward push, there would be no opposite push from the ground, and two things would happen: (1) shaun would not get very high off the ground, and (2) shaun’s board would not stay pressed against his feet, having no upward force applied to it. the passage above reflects the principles of a. newton’s first law of motion c. newton’s second law of motion b. newton’s third law of motion d. all of the above

A33.1 g copper object is launched from a 1.5 m 30° steel incline positioned on the floor by being pulled up a string attached to a 50.0 g mass suspended vertically over a pulley. the object is projected towards a glass table where it lands when it is at the point along its trajectory with the lowest speed. it comes to a halt when it clears the opposite edge of the table. it then falls and lands on 9 physics texts each 5 cm thick that are stacked on the floor on the opposite side of the table. assume that the table does not have a ledge and the rectangular object experiences 0.05 n of air resistance as it falls towards the books. how far and how long did the object travel and how fast does it hit the books. assume that at the moment the copper object leaves the incline, the massless string and ideal pulley break off

Which pair of quantities includes one quantity that increases as the other decreases during simple harmonic motion?

Can you match these to the correct definition