1. PLAY
Physics
Con-Seal
From RegentsEarth.com

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1) Use any graphics program, Photoshop for instance, to create a puzzle. Hint: Google images is very useful in finding the pictures you need.
2) “Insert” the puzzle into slide 3. Resize it so it is an exact fit and then right click and use the ORDER command to send the puzzle to the back.
3) To remove a puzzle just move any square out of the way. Move the cursor over the underlying puzzle and ‘cut’ the puzzle.
4) Add the questions and answers. Leave sound bites as they are, delete them (action settings) or insert your own.
5) Add the answer to the last slide.
This game is free for any non-commercial use. No credits necessary. © regentsearth.com 9 10 11 12

4. Ques. #1
The graph below shows the relationship between the speed an elapsed time for an object falling freely from rest near the surface of the planet.
What is the total distance the object falls during the first 3 seconds?
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5. Ques. #2
A baseball is thrown at an angle of 40 degrees above the horizontal. The horizontal component of the baseball’s initial velocity is 12.0 meters per second. What is the magnitude of the ball’s initial velocity?
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6. Ques. #3
A soccer ball kicked on a level field has an initial vertical velocity component of 15 meters per second. Assuming the ball lands at the same height from which it was kicked, what is the total time the ball is in the air?
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7. Ques. #4
A ball is thrown vertically upward with an initial velocity of 29.4 meters per second. What is the maximum height reached by the ball?
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8. Ques. #5
A rock is dropped from a bridge. What happens to the magnitude of the acceleration and the speed of the rock as it falls?
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9. Ques. #6
A student throws a baseball vertically upward and then catches it. If the vertically upward is considered to be the positive direction, draw a graph to best represent the relationship between velocity and time for the baseball.
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10. Ques. #7
A device is set up so that when a lever is released, ball a is dropped and at the same instant ball b is propelled horizontally to the left. Which statement describes the motion that is observed?
Ball A travels at a constant velocity
Ball A hits the ground at the same time as Ball B
Ball B hits the ground before Ball A
Ball B travels with an increasing acceleration
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11. Ques. #8
Four identical projectiles are launched with the same initial speed, v, but at various angles above the level ground. Which diagram represents the initial velocity of the projectile that will have the largest total horizontal displacement?
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12. Ques. #9
Four projectiles, A, B, C, and D, were launched from, and returned to, level ground. The data table below shows the initial horizontal speed, initial vertical speed, and time of flight for each projectile.
Which projectile traveled the greatest horizontal distance?
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13. Ques. #10
A toy rocket is launched twice into the air from level ground and returns to level ground. The rocket is first launched with initial speed v at an angle of 45 degrees above the horizontal. It is launched the second time with the same initial speed, but with the launch angle increase to 60 degrees above the horizontal. Describe how the horizontal distance is affected by the increase in launch angle.
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14. Ques. #11
A toy rocket is launched twice into the air from level ground and returns to level ground. The rocket is first launched with initial speed v at an angle of 45 degrees above the horizontal. It is launched the second time with the same initial speed, but with the launch angle increase to 60 degrees above the horizontal. Describe how the horizontal distance is affected by the increase in launch angle.
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15. Ques. #12
A machine fired several projects at the same angle above the horizontal. Each projectile was fired with a different initial velocity. The graph below represents the relationship between the magnitude of the initial vertical velocity and the magnitude of the corresponding initial velocity.
Determine the magnitude of
the initial vertical velocity of
the projectile when the
magnitude of the initial
velocity is 40 m/s.
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16. Ques. #13
A machine fired several projects at the same angle above the horizontal. Each projectile was fired with a different initial velocity. The graph below represents the relationship between the magnitude of the initial vertical velocity and the magnitude of the corresponding initial velocity.
Determine the angle above
the horizontal the projectiles
were fired.
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17. Ques. #14 Back Ans. Calculate the magnitude of the initial horizontal
A machine fired several projects at the same angle above the horizontal. Each projectile was fired with a different initial velocity. The graph below represents the relationship between the magnitude of the initial vertical velocity and the magnitude of the corresponding initial velocity.
Calculate the magnitude
of the initial horizontal
velocity of the projectile when the magnitude of the initial velocity was 40 m/s (show all work including equation and substitution with units)
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18. Ques. #15 Back Fill in the chart below will all known information:x y Vi Vf a D d t=
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