Name: K \")69 (7 10. The Hewitt textbook states that at one time Newton A. did t d' ' no iscover gravrty. C. thought the mass of the moon should not B h ' . . affect how it falls. . t ought gravrty is universal. D. All of these are correct g ;/ ll. Astronauts are in a space station that is orbiting around the Earth. Which is false? A. The net force on the astronauts is zero. ' B. The astronauts are moving at a constant velocity. C. The Earth's gravity is pulling them towards the Earth. D. The weight of the astronauts in the space station is zero. 2 12. During Neap tides, the difference between high and low tides is great. the waves are smaller than during other times. it may be possible to see a full moon. Two of these. None of these. meow> '2 13. If you were to graph the force of gravity between two objects vs the distance between them, the shape of the graph would look like the graph of A. y = x0\") C. y = x2 B. y= (l/4)x D. y=2x j 14. There are two main processes going on in the sun that keep the sun in existence. These processes are V gravitation and A. nuclear fusion C. solar ares B. ssion D. electrostatic repulsion t 2 15. If the moon were to get hit by an asteroid and, as a result, goes faster than normal, the moon would A. still orbit the Earth as it does now. C. \"fall\" and crash into the Earth. B. go in a straight line into space. D. None of these. Multiple Response 0n the blank, write the CAPITAL LETTER of one or more choices that best complete the statement or answer the question. For each question there may be more than one right answer, so you need to write all gossible answers $14: 16. The force of gravity between two celestial objects does NOT depend on A. the gravitational constant D. their composition (what they're made of) E. the distance between them B. their masses F. their shapes C. their charges in a space station orbiting the Earth is because C. the astronaut and space station are accelerating towards the Earth. there is no force (or no net force) acting on the astronaut. C_7_O 17. The reason(s) why an astronaut can \"oat\" A. the astronaut and space station are moving at a constant speed. B. above the atmosphere (in space), there's D. no gravity