Energy on a Roller Coaster. The diagram shows a rollercoaster with three hills and one loop. The solid black line is the roller conster track. The solid squares are the train at different positions on the track. The roller coaster train moves from position A (atop the tallest hill) over the track to the end of the ride beyond position O, from position A > BCDEFGHIJKLMN O over a series of hills and a loop. The dashed horizontal lines show the absolute heights of the roller coaster track above the ground's surface. 80m 60m 40m 20 m BALIVEWORKSHEETS Correctly matech the energy distribution to the position of the roller coaster train. Type the letter into the boxes. Options may be used more than once. A TOT E-100% GPE + 0% KE B TOT E-80% GPE + 20% KE C TOT E- 75% GPE + 25% KE D TOTE=60% GPE + 40% KE E TOT E - 50% GPE + 50% KE F TOT E-35% GPE + 65% KE G TOT E- 25% GPE + 75% KE H TOT E -0% GPE + 100% KE 9. Position I 1. Position A 10. Position J 2. Position B 3. Position C 11. Position K 12. Position L 4. Position D 13. Position M 5. Position H 14. Position N 6. Position F 15. Position O 7. Position G N. Position H

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Chapter1: Units, Trigonometry. And Vectors
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Energy on a Roller Coaster. The diagram shows a rollercoaster with three hills and one
loop. The solid black line is the roller conster track. The solid squares are the train at
different positions on the track. The roller coaster train moves from position A (atop the
tallest hill) over the track to the end of the ride beyond position O, from position A >
BCDEFGHIJKLMN O over a series of hills and a loop. The dashed horizontal lines
show the absolute heights of the roller coaster track above the ground's surface.
80 m
60 m
40 m
K
20 m
SALIVEWORKSHEETS
Correctly match the energy distribution to the position of the roller coaster train. Type
the letter into the boxes. Options may be used more than once.
A TOTE- I00% GPE + 0% KE
B TOT E-80% GPE + 20% KE
C TOT E - 75% GPE + 25% KE
D TOT E - 60% GPE + 40% KE
E TOT E- 50% GPE + 50% KE
F TOT E- 35% GPE + 65% KE
G TOT E- 25% GPE + 75% KE
H TOT E =0% GPE + 100% KE
1. Position A
9. Position I
10. Position J
2. Position B
11. Position K
3. Position C
12. Position L
4. Position D
13. Position M
5. Position E
14. Position N
6. Position F
15. Position O
7. Position G
N. Position H
TTATA TA TAAATA
Transcribed Image Text:Energy on a Roller Coaster. The diagram shows a rollercoaster with three hills and one loop. The solid black line is the roller conster track. The solid squares are the train at different positions on the track. The roller coaster train moves from position A (atop the tallest hill) over the track to the end of the ride beyond position O, from position A > BCDEFGHIJKLMN O over a series of hills and a loop. The dashed horizontal lines show the absolute heights of the roller coaster track above the ground's surface. 80 m 60 m 40 m K 20 m SALIVEWORKSHEETS Correctly match the energy distribution to the position of the roller coaster train. Type the letter into the boxes. Options may be used more than once. A TOTE- I00% GPE + 0% KE B TOT E-80% GPE + 20% KE C TOT E - 75% GPE + 25% KE D TOT E - 60% GPE + 40% KE E TOT E- 50% GPE + 50% KE F TOT E- 35% GPE + 65% KE G TOT E- 25% GPE + 75% KE H TOT E =0% GPE + 100% KE 1. Position A 9. Position I 10. Position J 2. Position B 11. Position K 3. Position C 12. Position L 4. Position D 13. Position M 5. Position E 14. Position N 6. Position F 15. Position O 7. Position G N. Position H TTATA TA TAAATA
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