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1 projectile review 1 Name 11-DEC A baseball player throws a ball horizontally. Which statement best describes the ball's motion after it is thrown? [Neglect the effect of friction.] 1. Its vertical speed remains the same, and its horizontal speed increases. 2. Its vertical speed remains the same, and its horizontal speed remains the same. 3. Its vertical speed increases, and its horizontal speed increases. 4. Its vertical speed increases, and its horizontal speed remains the same. 2. Base your answer on the diagram which shows a ball projected horizontally with an initial velocity of 20. meters per second east, off a cliff 100. meters high. [Neglect air resistance.]during the flight of the ball, what is the direction of its acceleration? 1. downward 3. westward 2. upward 4. eastward 3. A projectile is fired at an angle of 53' to the horizontal with a speed of 80. meters per second.what is the vertical component of the projectile's initial velocity? m/s m/s m/s m/s 4. A machine launches a tennis ball at an angle of 45 o with the horizontal, as shown. The ball has an initial vertical velocity of 9.0 meters per second and an initial horizontal velocity of 9.0 meters per second. The ball reaches its maximum height 0.92 second after its launch. [Neglect air resistance and assume the ball lands at the same height above the ground from which it was launched.] The speed of the tennis ball as it leaves the launcher is approximately

2 m/s m/s m/s m/s 5. A machine launches a tennis ball at an angle of 45 o with the horizontal, as shown. The ball has an initial vertical velocity of 9.0 meters per second and an initial horizontal velocity of 9.0 meters per second. The ball reaches its maximum height 0.92 second after its launch. [Neglect air resistance and assume the ball lands at the same height above the ground from which it was launched.] The total horizontal distance traveled by the tennis ball during the entire time it is in the air is approximately m m m m 6. A machine launches a tennis ball at an angle of 45 o with the horizontal, as shown. The ball has an initial vertical velocity of 9.0 meters per second and an initial horizontal velocity of 9.0 meters per second. The ball reaches its maximum height 0.92 second after its launch. [Neglect air resistance and assume the ball lands at the same height above the ground from which it was launched.] The speed at which the launcher fires tennis balls is constant, but the angle between the launcher and the horizontal can be varied. As the angle is decreased from 45 to 30., the range of the tennis balls

3 1. decreases 3. remains the same 2. increases 7. A 2-kilogram block is dropped from the roof of a tall building at the same time a 6-kilogram ball is thrown horizontally from the same height. Which statement best describes the motion of the block and the motion of the ball? [Neglect air resistance.] 1. The 2-kg block hits the ground first because it has no horizontal velocity. 2. The 6-kg ball hits the ground first because it has more mass. 3. The 6-kg ball hits the ground first because it is round. 4. The block and the ball hit the ground at the same time because they have the same vertical acceleration. 8. A ball is thrown horizontally at a speed of 20. meters per second from the top of a cliff. How long does the ball take to fall 19.6 meters to the ground? s s s s 9. A book is pushed with an initial horizontal velocity of 5.0 meters per second off the top of a desk. What is the initial vertical velocity of the book? 1. 0 m/s m/s m/s m/s 10. The diagram shows a baseball being hit with a bat. Angle "theda" represents the angle between the horizontal and the ball's initial direction of motion. Which value of "theda" would result in the ball traveling the longest horizontal distance? [Neglect air resistance.]

4 1. 25' 3. 60' 2. 45' 4. 90' 11. The diagram represents a bicycle and rider traveling to the right at a constant speed. A ball is dropped from the hand of the cyclist. Which set of graphs best represents the horizontal motion of the ball relative to the ground? [Neglect air resistance.] 12. The path of a projectile fired at a 30 angle to the horizontal is best described as 1. parabolic 3. circular 2. linear 4. hyperbolic 13. A projectile is launched with an initial velocity of 200 meters per second at an angle of 30 above the horizontal. What is the magnitude of the vertical component of the projectile's initial

5 velocity? m/s X cos 30 o m/s / sin 30 o m/s X sin 30 o m/s / cos 30 o 14. A football player kicks a ball with an initial velocity of 25 meters per second at an angle of 53 o above the horizontal. The vertical component of the initial velocity of the ball is m/s m/s m/s m/s 15. A student throws a stone upward at an angle of 45 o. Which statement best describes the stone at the highest point that it reaches? 1. Its acceleration is zero. 3. Its potential energy is at a minimum. 2. Its acceleration is at a maximum. 4. Its kinetic energy is at a minimum. 16. A red ball and a green ball are simultaneously thrown horizontally from the same height. The red ball has an initial speed of 40. meters per second and the green ball has an initial speed of 20. meters per second. Compared to the time it takes the red ball to reach the ground, the time it takes the green ball to reach the ground will be 1. the same 3. half as much 2. twice as much 4. four times as much 17. An artillery shell is fired at an angle to the horizontal. Its initial velocity has a vertical component of 150 meters per second and a horizontal component of 260 meters per second. What is the magnitude of the initial velocity of the shell? X 10 4 m/s X 10 2 m/s X 10 2 m/s X 10 2 m/s 18. The diagram shows a projectile moving with speed v at the top of its trajectory.

6 19. Four different balls are thrown horizontally off the top of four cliffs. In which diagram does the ball have the shortest time of flight? A soccer ball travels the path shown in the diagram at the right. Which vector best represents the direction of the force of air friction on the ball at point P?

7 21. A baseball player throws a baseball at a speed of 40.0 m/s at an angle of 30' to the ground. The horizontal component of the baseball's speed is approximately m/s m/s m/s m/s 22. Projectiles are fired from different angles with the same initial speed of 14 m/second. The graph shows the range of projectiles as a function of the original angle of inclination to the ground, neglecting air resistance. The graph shows that the range of the projectiles is 1. the same for all angles 3. greatest for an angle of 45' 2. the same for angles of 20' and 80' 4. greatest for an angle of 90' 23. Base your answer on the information and diagram. A cannon elevated at an angle of 35' to the horizontal fires a cannonball, which travels the path shown in the diagram. [Neglect air resistance and assume the ball lands at the same height above the ground from which it was launched.] If the ball lands 7.0 x 10 2 meters from the cannon 10. seconds after it was fired, what is the horizontal component of its initial velocity?

8 m/s m/s m/s m/s 24. Base your answer on the information and diagram. A cannon elevated at an angle of 35' to the horizontal fires a cannonball, which travels the path shown in the diagram. [Neglect air resistance and assume the ball lands at the same height above the ground from which it was launched.] I the ball's time of flight is 10. seconds, what is the vertical component of its initial velocity? m/s m/s m/s m/s 25. Base your answer on the information and diagram. A cannon elevated at an angle of 35' to the horizontal fires a cannonball, which travels the path shown in the diagram. [Neglect air resistance and assume the ball lands at the same height above the ground from which it was launched.] If the angle of elevation of the cannon is decreased from 35' to 30', the vertical component of the ball's initial velocity will 1. decrease and its horizontal component will decrease 2. decrease and its horizontal component will increase 3. increase and its horizontal component will decrease 4. increase and its horizontal component will increase 26. A ball is projected horizontally to the right from a height of 50. meters, as shown in the diagram. Which diagram best represents the position of the ball at 1.0-second intervals? [Neglect air resistance.]

9 27. In the diagram, a 10 kilogram sphere, A, is projected horizontally with a velocity of 30 meters/second due east from a height of 20 meters above level ground. At the same instant, a 20 kilogram sphere, B, is projected horizonatlly with a velocity of 10 meters/second due west from a height of 80 meters above sea ground. [Neglect air friction]initally, the spheres are separated by a horizontal distance of 100 meters. What is the horizontal separation of the spheres at the end of 1.5 seconds?

10 1. 15 m m m m 28. In the diagram, a 10 kilogram sphere, A, is projected horizontally with a velocity of 30 meters/second due east from a height of 20 meters above level ground. At the same instant, a 20 kilogram sphere, B, is projected horizonatlly with a velocity of 10 meters/second due west from a height of 80 meters above sea ground. [Neglect air friction] The magnitude of the horizontal acceleration of sphere A, is m/second m/second m/second m/second In the diagram, a 10 kilogram sphere, A, is projected horizontally with a velocity of 30 meters/second due east from a height of 20 meters above level ground. At the same instant, a 20 kilogram sphere, B, is projected horizonatlly with a velocity of 10 meters/second due west from a height of 80 meters above sea ground. [Neglect air friction] Compared to the vertical acceleration of sphere A, the vertical acceleration of sphere b is 1. the same 3. one-half as great 2. twice as great 4. four times as great 30. A cannon with a muzzle velocity of 500 meters/second fire a cannonball at an angle of 30 degrees above the horizontal. What is the vertical component of the cannonball's velocity as it leaves the cannon?

11 m/s m/s m/s m/s 31. Base your answer on the diagram which shows a ball projected horizontally with an initial velocity of 20. meters per second east, off a cliff 100. meters high. {Neglect air resistance.]how many seconds does the ball take to reach the ground? s s s s 32. In the diagram, a stationary observer on the ground watches as a seagull flying horizontally to the right drops a clamshell.

12 33. A projectile is launched at an angle of 60. o above the horizontal at an initial speed of 40. meters per second, as shown in the diagram. The projectile reaches its highest altitude at point P and strikes a target at point T. [Neglect air resistance.] What is the magnitude of the vertical component of the projectile's initial speed? m/s m/s

13 m/s m/s 34. A projectile is launched at an angle of 60. o above the horizontal at an initial speed of 40. meters per second, as shown in the diagram. The projectile reaches its highest altitude at point P and strikes a target at point T. [Neglect air resistance.] Which graph best represents the horizontal speed of the projectile as a function of time? [Neglect air resistance.] 35. The diagram shows the muzzle of a cannon located 50. meters above the ground. When the cannon is fired, a ball leaves the muzzle with an initial horizontal speed of 250. meters per second. [Neglect air resistance.] 1. pointing the muzzle of the cannon toward the ground 2. moving the cannon closer to the edge of the cliff 3. positioning the cannon higher above the ground 4. giving the ball a greater initial horizontal velocity 36. Base your answer to the following question on the information and diagram.

14 A student standing on a knoll throws a snowball horizontally 4.5 meters above the level ground toward a smokestack 15 meters away. The snowball hits the smokestack 0.65 second after being released. [Neglect air resistance.] Approximately how far above the level ground does the snowball hit the smokestack? m m m m 37. Base your answer to the following question on the information and diagram. A student standing on a knoll throws a snowball horizontally 4.5 meters above the level ground toward a smokestack 15 meters away. The snowball hits the smokestack 0.65 second after being released. [Neglect air resistance.] At the instant the snowball is released, the horizontal component of its velocity is approximately m/s m/s m/s m/s

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