# User:Guy vandegrift/Quizbank/Archive1/College Physics/I FE

## Contents

## TrigPhys_I_FEsample[edit]

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- This document contains either a study guide OR pairs of exams taken from the same exam bank
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**Attribution**for the quizzes identifies where the questions were obtained**Study guide**links reading materials and/or relevant equations.

### TrigPhys_I_FEsample-v1s1[edit]

_{1}= 2.9 kPa, P

_{2}= 4.7 kPa. The volumes are V

_{1}= 2.7m

^{3}and V

_{4}= 5.6m

^{3}. What is the temperature at step 4?

- ___a) 1.03 x 10
^{1}K

- ___b) 3.25 x 10
^{1}K

- ___c) 1.03 x 10
^{2}K

- ___d) 3.25 x 10
^{2}K

- ___e) 1.03 x 10
^{3}K

2. A ball is kicked horizontally from a height of 2 m, at a speed of 7.7m/s. How far does it travel before landing?

- ___a) 2.85 m.

- ___b) 3.42 m.

- ___c) 4.1 m.

- ___d) 4.92 m.

- ___e) 5.9 m.

3. A mass with weight (mg) 11 newtons is on a horzontal surface. It is being pulled on by a string at an angle of 30 degrees above the horizontal, with a force equal to 2.77 newtons. If this is the maximum force before the block starts to move, what is the static coefficient of friction?

- ___a) 0.12

- ___b) 0.14

- ___c) 0.17

- ___d) 0.21

- ___e) 0.25

4. A sled of mass 5.7 kg is at rest on a perfectly smooth surface. A string pulls with a tension of 41.7N at an angle of 55 degress above the horizontal. How long will it take to reach a speed of 10.5 m/s?

- ___a) 1.89 s

- ___b) 2.18 s

- ___c) 2.5 s

- ___d) 2.88 s

- ___e) 3.31 s

5. A car is accelerating uniformly at an acceleration of 3.2m/s/s. At x = 7.5m, the speed is 4m/s. How fast is it moving at x = 12 m?

- ___a) 4.65 m/s.

- ___b) 5.58 m/s.

- ___c) 6.69 m/s.

- ___d) 8.03 m/s.

- ___e) 9.64 m/s.

6. A 9.2 cm diameter pipe can fill a 1.6 m^3 volume in 8.0 minutes. Before exiting the pipe, the diameter is reduced to 4.0 cm (with no loss of flow rate). What is the speed in the first (wider) pipe?

- ___a) 5.01E-1 m/s

- ___b) 6.08E-1 m/s

- ___c) 7.36E-1 m/s

- ___d) 8.92E-1 m/s

- ___e) 1.08E0 m/s

7. You are riding a bicycle on a flat road. Assume no friction or air drag, and that you are coasting. Your speed is 4.9m/s, when you encounter a hill of height 1.14m. What is your speed at the top of the hill?

- ___ a) 1.218 m/s

- ___ b) 1.291 m/s

- ___ c) 1.368 m/s

- ___ d) 1.450 m/s

- ___ e) 1.537 m/s

_{1}= 6.4m, L

_{2}= 3.4m and L

_{3}= 7.1m. What is F

_{2}if F

_{1}=0.87N and F

_{3}=0.1N?

- ___a) 1.43E+00 N

- ___b) 1.73E+00 N

- ___c) 2.10E+00 N

- ___d) 2.54E+00 N

- ___e) 3.08E+00 N

9. Mr. Smith starts at rest and accelerates to a speed of 2 m/s, in 2 seconds. He then travels at this speed for an additional 1 seconds. Then he decelerates uniformly, taking 2 seconds to come to rest. How far did he travel?

- ___ a) 9.0 meters

- ___ b) 7.0 meters

- ___ c) 6.0 meters

- ___ d) 5.0 meters

- ___ e) 8.0 meters

10. A window is square, with a length of each side equal to 0.73 meters. The glass has a thickness of 14 mm. To decrease the heat loss, you reduce the size of the window by decreasing the length of each side by a factor of 1.45. You also increase the thickness of the glass by a factor of 2.4. If the inside and outside temperatures are unchanged, by what factor have you decreased the heat flow?. By what factor have you decreased the heat flow (assuming the same inside and outside temperatures).

- ___a) 5.05 x 10
^{0}unit

- ___b) 6.11 x 10
^{0}unit

- ___c) 7.41 x 10
^{0}unit

- ___d) 8.97 x 10
^{0}unit

- ___e) 1.09 x 10
^{1}unit

*mass*is 2.5 kg. What is T

_{1}?

- ___a) 32.5 N.

- ___b) 39 N.

- ___c) 46.8 N.

- ___d) 56.2 N.

- ___e) 67.4 N.

12. If a molecule with atomic mass equal to 6 amu has a speed of 265 m/s, what is the speed at an atom in the same atmosphere of a molecule with an atomic mass of 28 ?

- ___a) 1.01 x 10
^{2}m/s

- ___b) 1.23 x 10
^{2}m/s

- ___c) 1.49 x 10
^{2}m/s

- ___d) 1.8 x 10
^{2}m/s

- ___e) 2.18 x 10
^{2}m/s

13. A cylinder with a radius of 0.38 m and a length of 3.6 m is held so that the top circular face is 4.2 m below the water. The mass of the block is 829.0 kg. The mass density of water is 1000kg/m^3. What is the buoyant force?

- ___ 1.09E4 N

- ___ 1.32E4 N

- ___ 1.60E4 N

- ___ 1.94E4 N

- ___ 2.35E4 N

14. A car with a tire radius of 0.23 m accelerates from 0 to 23 m/s in 10.5 seconds. What is the angular acceleration of the wheel?

- ___a) 9.52 x 10
^{0}m

- ___b) 1.15 x 10
^{1}m

- ___c) 1.4 x 10
^{1}m

- ___d) 1.69 x 10
^{1}m

- ___e) 2.05 x 10
^{1}m

15. A car of mass 636 kg is driving on an icy road at a speed of 22 m/s, when it collides with a stationary truck. After the collision they stick and move at a speed of 5.2 m/s. What was the mass of the truck?

- ___a) 1427 kg

- ___b) 1712 kg

- ___c) 2055 kg

- ___d) 2466 kg

- ___e) 2959 kg

16. If you toss a coin into the air, the acceleration on the way up is

- ___ a) down

- ___ b) up

- ___ c) zero

#### Key to TrigPhys_I_FEsample-v1s1[edit]

_{1}= 2.9 kPa, P

_{2}= 4.7 kPa. The volumes are V

_{1}= 2.7m

^{3}and V

_{4}= 5.6m

^{3}. What is the temperature at step 4?

- -a) 1.03 x 10
^{1}K

- -a) 1.03 x 10

- -b) 3.25 x 10
^{1}K

- -b) 3.25 x 10

- -c) 1.03 x 10
^{2}K

- -c) 1.03 x 10

- -d) 3.25 x 10
^{2}K

- -d) 3.25 x 10

- +e) 1.03 x 10
^{3}K

- +e) 1.03 x 10

2. A ball is kicked horizontally from a height of 2 m, at a speed of 7.7m/s. How far does it travel before landing?

- -a) 2.85 m.

- -b) 3.42 m.

- -c) 4.1 m.

- +d) 4.92 m.

- -e) 5.9 m.

3. A mass with weight (mg) 11 newtons is on a horzontal surface. It is being pulled on by a string at an angle of 30 degrees above the horizontal, with a force equal to 2.77 newtons. If this is the maximum force before the block starts to move, what is the static coefficient of friction?

- -a) 0.12

- -b) 0.14

- -c) 0.17

- -d) 0.21

- +e) 0.25

4. A sled of mass 5.7 kg is at rest on a perfectly smooth surface. A string pulls with a tension of 41.7N at an angle of 55 degress above the horizontal. How long will it take to reach a speed of 10.5 m/s?

- -a) 1.89 s

- -b) 2.18 s

- +c) 2.5 s

- -d) 2.88 s

- -e) 3.31 s

5. A car is accelerating uniformly at an acceleration of 3.2m/s/s. At x = 7.5m, the speed is 4m/s. How fast is it moving at x = 12 m?

- -a) 4.65 m/s.

- -b) 5.58 m/s.

- +c) 6.69 m/s.

- -d) 8.03 m/s.

- -e) 9.64 m/s.

6. A 9.2 cm diameter pipe can fill a 1.6 m^3 volume in 8.0 minutes. Before exiting the pipe, the diameter is reduced to 4.0 cm (with no loss of flow rate). What is the speed in the first (wider) pipe?

- +a) 5.01E-1 m/s

- -b) 6.08E-1 m/s

- -c) 7.36E-1 m/s

- -d) 8.92E-1 m/s

- -e) 1.08E0 m/s

7. You are riding a bicycle on a flat road. Assume no friction or air drag, and that you are coasting. Your speed is 4.9m/s, when you encounter a hill of height 1.14m. What is your speed at the top of the hill?

- - a) 1.218 m/s

- + b) 1.291 m/s

- - c) 1.368 m/s

- - d) 1.450 m/s

- - e) 1.537 m/s

_{1}= 6.4m, L

_{2}= 3.4m and L

_{3}= 7.1m. What is F

_{2}if F

_{1}=0.87N and F

_{3}=0.1N?

- +a) 1.43E+00 N

- -b) 1.73E+00 N

- -c) 2.10E+00 N

- -d) 2.54E+00 N

- -e) 3.08E+00 N

9. Mr. Smith starts at rest and accelerates to a speed of 2 m/s, in 2 seconds. He then travels at this speed for an additional 1 seconds. Then he decelerates uniformly, taking 2 seconds to come to rest. How far did he travel?

- - a) 9.0 meters

- - b) 7.0 meters

- + c) 6.0 meters

- - d) 5.0 meters

- - e) 8.0 meters

10. A window is square, with a length of each side equal to 0.73 meters. The glass has a thickness of 14 mm. To decrease the heat loss, you reduce the size of the window by decreasing the length of each side by a factor of 1.45. You also increase the thickness of the glass by a factor of 2.4. If the inside and outside temperatures are unchanged, by what factor have you decreased the heat flow?. By what factor have you decreased the heat flow (assuming the same inside and outside temperatures).

- +a) 5.05 x 10
^{0}unit

- +a) 5.05 x 10

- -b) 6.11 x 10
^{0}unit

- -b) 6.11 x 10

- -c) 7.41 x 10
^{0}unit

- -c) 7.41 x 10

- -d) 8.97 x 10
^{0}unit

- -d) 8.97 x 10

- -e) 1.09 x 10
^{1}unit

- -e) 1.09 x 10

*mass*is 2.5 kg. What is T

_{1}?

- +a) 32.5 N.

- -b) 39 N.

- -c) 46.8 N.

- -d) 56.2 N.

- -e) 67.4 N.

12. If a molecule with atomic mass equal to 6 amu has a speed of 265 m/s, what is the speed at an atom in the same atmosphere of a molecule with an atomic mass of 28 ?

- -a) 1.01 x 10
^{2}m/s

- -a) 1.01 x 10

- +b) 1.23 x 10
^{2}m/s

- +b) 1.23 x 10

- -c) 1.49 x 10
^{2}m/s

- -c) 1.49 x 10

- -d) 1.8 x 10
^{2}m/s

- -d) 1.8 x 10

- -e) 2.18 x 10
^{2}m/s

- -e) 2.18 x 10

13. A cylinder with a radius of 0.38 m and a length of 3.6 m is held so that the top circular face is 4.2 m below the water. The mass of the block is 829.0 kg. The mass density of water is 1000kg/m^3. What is the buoyant force?

- - 1.09E4 N

- - 1.32E4 N

- + 1.60E4 N

- - 1.94E4 N

- - 2.35E4 N

14. A car with a tire radius of 0.23 m accelerates from 0 to 23 m/s in 10.5 seconds. What is the angular acceleration of the wheel?

- +a) 9.52 x 10
^{0}m

- +a) 9.52 x 10

- -b) 1.15 x 10
^{1}m

- -b) 1.15 x 10

- -c) 1.4 x 10
^{1}m

- -c) 1.4 x 10

- -d) 1.69 x 10
^{1}m

- -d) 1.69 x 10

- -e) 2.05 x 10
^{1}m

- -e) 2.05 x 10

15. A car of mass 636 kg is driving on an icy road at a speed of 22 m/s, when it collides with a stationary truck. After the collision they stick and move at a speed of 5.2 m/s. What was the mass of the truck?

- -a) 1427 kg

- -b) 1712 kg

- +c) 2055 kg

- -d) 2466 kg

- -e) 2959 kg

16. If you toss a coin into the air, the acceleration on the way up is

- + a) down

- - b) up

- - c) zero

### TrigPhys_I_FEsample-v2s1[edit]

1. A ball is kicked horizontally from a height of 2.9 m, at a speed of 7.4m/s. How far does it travel before landing?

- ___a) 4.74 m.

- ___b) 5.69 m.

- ___c) 6.83 m.

- ___d) 8.2 m.

- ___e) 9.84 m.

2. If a molecule with atomic mass equal to 5 amu has a speed of 263 m/s, what is the speed at an atom in the same atmosphere of a molecule with an atomic mass of 21 ?

- ___a) 7.22 x 10
^{1}m/s

- ___b) 8.74 x 10
^{1}m/s

- ___c) 1.06 x 10
^{2}m/s

- ___d) 1.28 x 10
^{2}m/s

- ___e) 1.55 x 10
^{2}m/s

_{1}= 2.9 kPa, P

_{2}= 4.7 kPa. The volumes are V

_{1}= 2.7m

^{3}and V

_{4}= 5.6m

^{3}. What is the temperature at step 4?

- ___a) 1.03 x 10
^{1}K

- ___b) 3.25 x 10
^{1}K

- ___c) 1.03 x 10
^{2}K

- ___d) 3.25 x 10
^{2}K

- ___e) 1.03 x 10
^{3}K

4. A window is square, with a length of each side equal to 0.79 meters. The glass has a thickness of 15 mm. To decrease the heat loss, you reduce the size of the window by decreasing the length of each side by a factor of 1.33. You also increase the thickness of the glass by a factor of 2.17. If the inside and outside temperatures are unchanged, by what factor have you decreased the heat flow?. By what factor have you decreased the heat flow (assuming the same inside and outside temperatures).

- ___a) 2.16 x 10
^{0}unit

- ___b) 2.62 x 10
^{0}unit

- ___c) 3.17 x 10
^{0}unit

- ___d) 3.84 x 10
^{0}unit

- ___e) 4.65 x 10
^{0}unit

5. A car is accelerating uniformly at an acceleration of 3.8m/s/s. At x = 4.5m, the speed is 3.6m/s. How fast is it moving at x = 11.5 m?

- ___a) 8.13 m/s.

- ___b) 9.76 m/s.

- ___c) 11.71 m/s.

- ___d) 14.06 m/s.

- ___e) 16.87 m/s.

6. If you toss a coin into the air, the acceleration on the way up is

- ___ a) down

- ___ b) zero

- ___ c) up

7. A mass with weight (mg) 8.7 newtons is on a horzontal surface. It is being pulled on by a string at an angle of 30 degrees above the horizontal, with a force equal to 4.08 newtons. If this is the maximum force before the block starts to move, what is the static coefficient of friction?

- ___a) 0.44

- ___b) 0.53

- ___c) 0.64

- ___d) 0.76

- ___e) 0.92

*mass*is 3.1 kg. What is T

_{1}?

- ___a) 34.8 N.

- ___b) 41.8 N.

- ___c) 50.2 N.

- ___d) 60.2 N.

- ___e) 72.3 N.

_{1}= 6.3m, L

_{2}= 3.8m and L

_{3}= 8.6m. What is F

_{2}if F

_{1}=0.91N and F

_{3}=0.1N?

- ___a) 5.95E-01 N

- ___b) 7.21E-01 N

- ___c) 8.74E-01 N

- ___d) 1.06E+00 N

- ___e) 1.28E+00 N

10. A car with a tire radius of 0.37 m accelerates from 0 to 28 m/s in 11.9 seconds. What is the angular acceleration of the wheel?

- ___a) 6.36 x 10
^{0}m

- ___b) 7.7 x 10
^{0}m

- ___c) 9.33 x 10
^{0}m

- ___d) 1.13 x 10
^{1}m

- ___e) 1.37 x 10
^{1}m

11. A 9.2 cm diameter pipe can fill a 1.6 m^3 volume in 8.0 minutes. Before exiting the pipe, the diameter is reduced to 4.0 cm (with no loss of flow rate). What is the speed in the first (wider) pipe?

- ___a) 5.01E-1 m/s

- ___b) 6.08E-1 m/s

- ___c) 7.36E-1 m/s

- ___d) 8.92E-1 m/s

- ___e) 1.08E0 m/s

12. A sled of mass 5.4 kg is at rest on a perfectly smooth surface. A string pulls with a tension of 41.2N at an angle of 58 degress above the horizontal. How long will it take to reach a speed of 10.5 m/s?

- ___a) 2.6 s

- ___b) 2.99 s

- ___c) 3.43 s

- ___d) 3.95 s

- ___e) 4.54 s

13. A cylinder with a radius of 0.33 m and a length of 2.9 m is held so that the top circular face is 4.1 m below the water. The mass of the block is 912.0 kg. The mass density of water is 1000kg/m^3. What is the buoyant force?

- ___ 9.72E3 N

- ___ 1.18E4 N

- ___ 1.43E4 N

- ___ 1.73E4 N

- ___ 2.09E4 N

14. Mr. Smith starts at rest and accelerates to a speed of 2 m/s, in 2 seconds. He then travels at this speed for an additional 1 seconds. Then he decelerates uniformly, taking 2 seconds to come to rest. How far did he travel?

- ___ a) 6.0 meters

- ___ b) 7.0 meters

- ___ c) 9.0 meters

- ___ d) 5.0 meters

- ___ e) 8.0 meters

15. A car of mass 860 kg is driving on an icy road at a speed of 17 m/s, when it collides with a stationary truck. After the collision they stick and move at a speed of 5.9 m/s. What was the mass of the truck?

- ___a) 1124 kg

- ___b) 1348 kg

- ___c) 1618 kg

- ___d) 1942 kg

- ___e) 2330 kg

16. You are riding a bicycle on a flat road. Assume no friction or air drag, and that you are coasting. Your speed is 4.9m/s, when you encounter a hill of height 1.14m. What is your speed at the top of the hill?

- ___ a) 1.291 m/s

- ___ b) 1.368 m/s

- ___ c) 1.450 m/s

- ___ d) 1.537 m/s

- ___ e) 1.630 m/s

#### Key to TrigPhys_I_FEsample-v2s1[edit]

1. A ball is kicked horizontally from a height of 2.9 m, at a speed of 7.4m/s. How far does it travel before landing?

- -a) 4.74 m.

- +b) 5.69 m.

- -c) 6.83 m.

- -d) 8.2 m.

- -e) 9.84 m.

2. If a molecule with atomic mass equal to 5 amu has a speed of 263 m/s, what is the speed at an atom in the same atmosphere of a molecule with an atomic mass of 21 ?

- -a) 7.22 x 10
^{1}m/s

- -a) 7.22 x 10

- -b) 8.74 x 10
^{1}m/s

- -b) 8.74 x 10

- -c) 1.06 x 10
^{2}m/s

- -c) 1.06 x 10

- +d) 1.28 x 10
^{2}m/s

- +d) 1.28 x 10

- -e) 1.55 x 10
^{2}m/s

- -e) 1.55 x 10

_{1}= 2.9 kPa, P

_{2}= 4.7 kPa. The volumes are V

_{1}= 2.7m

^{3}and V

_{4}= 5.6m

^{3}. What is the temperature at step 4?

- -a) 1.03 x 10
^{1}K

- -a) 1.03 x 10

- -b) 3.25 x 10
^{1}K

- -b) 3.25 x 10

- -c) 1.03 x 10
^{2}K

- -c) 1.03 x 10

- -d) 3.25 x 10
^{2}K

- -d) 3.25 x 10

- +e) 1.03 x 10
^{3}K

- +e) 1.03 x 10

4. A window is square, with a length of each side equal to 0.79 meters. The glass has a thickness of 15 mm. To decrease the heat loss, you reduce the size of the window by decreasing the length of each side by a factor of 1.33. You also increase the thickness of the glass by a factor of 2.17. If the inside and outside temperatures are unchanged, by what factor have you decreased the heat flow?. By what factor have you decreased the heat flow (assuming the same inside and outside temperatures).

- -a) 2.16 x 10
^{0}unit

- -a) 2.16 x 10

- -b) 2.62 x 10
^{0}unit

- -b) 2.62 x 10

- -c) 3.17 x 10
^{0}unit

- -c) 3.17 x 10

- +d) 3.84 x 10
^{0}unit

- +d) 3.84 x 10

- -e) 4.65 x 10
^{0}unit

- -e) 4.65 x 10

5. A car is accelerating uniformly at an acceleration of 3.8m/s/s. At x = 4.5m, the speed is 3.6m/s. How fast is it moving at x = 11.5 m?

- +a) 8.13 m/s.

- -b) 9.76 m/s.

- -c) 11.71 m/s.

- -d) 14.06 m/s.

- -e) 16.87 m/s.

6. If you toss a coin into the air, the acceleration on the way up is

- + a) down

- - b) zero

- - c) up

7. A mass with weight (mg) 8.7 newtons is on a horzontal surface. It is being pulled on by a string at an angle of 30 degrees above the horizontal, with a force equal to 4.08 newtons. If this is the maximum force before the block starts to move, what is the static coefficient of friction?

- -a) 0.44

- +b) 0.53

- -c) 0.64

- -d) 0.76

- -e) 0.92

*mass*is 3.1 kg. What is T

_{1}?

- -a) 34.8 N.

- +b) 41.8 N.

- -c) 50.2 N.

- -d) 60.2 N.

- -e) 72.3 N.

_{1}= 6.3m, L

_{2}= 3.8m and L

_{3}= 8.6m. What is F

_{2}if F

_{1}=0.91N and F

_{3}=0.1N?

- -a) 5.95E-01 N

- -b) 7.21E-01 N

- -c) 8.74E-01 N

- -d) 1.06E+00 N

- +e) 1.28E+00 N

10. A car with a tire radius of 0.37 m accelerates from 0 to 28 m/s in 11.9 seconds. What is the angular acceleration of the wheel?

- +a) 6.36 x 10
^{0}m

- +a) 6.36 x 10

- -b) 7.7 x 10
^{0}m

- -b) 7.7 x 10

- -c) 9.33 x 10
^{0}m

- -c) 9.33 x 10

- -d) 1.13 x 10
^{1}m

- -d) 1.13 x 10

- -e) 1.37 x 10
^{1}m

- -e) 1.37 x 10

11. A 9.2 cm diameter pipe can fill a 1.6 m^3 volume in 8.0 minutes. Before exiting the pipe, the diameter is reduced to 4.0 cm (with no loss of flow rate). What is the speed in the first (wider) pipe?

- +a) 5.01E-1 m/s

- -b) 6.08E-1 m/s

- -c) 7.36E-1 m/s

- -d) 8.92E-1 m/s

- -e) 1.08E0 m/s

12. A sled of mass 5.4 kg is at rest on a perfectly smooth surface. A string pulls with a tension of 41.2N at an angle of 58 degress above the horizontal. How long will it take to reach a speed of 10.5 m/s?

- +a) 2.6 s

- -b) 2.99 s

- -c) 3.43 s

- -d) 3.95 s

- -e) 4.54 s

13. A cylinder with a radius of 0.33 m and a length of 2.9 m is held so that the top circular face is 4.1 m below the water. The mass of the block is 912.0 kg. The mass density of water is 1000kg/m^3. What is the buoyant force?

- + 9.72E3 N

- - 1.18E4 N

- - 1.43E4 N

- - 1.73E4 N

- - 2.09E4 N

14. Mr. Smith starts at rest and accelerates to a speed of 2 m/s, in 2 seconds. He then travels at this speed for an additional 1 seconds. Then he decelerates uniformly, taking 2 seconds to come to rest. How far did he travel?

- + a) 6.0 meters

- - b) 7.0 meters

- - c) 9.0 meters

- - d) 5.0 meters

- - e) 8.0 meters

15. A car of mass 860 kg is driving on an icy road at a speed of 17 m/s, when it collides with a stationary truck. After the collision they stick and move at a speed of 5.9 m/s. What was the mass of the truck?

- -a) 1124 kg

- -b) 1348 kg

- +c) 1618 kg

- -d) 1942 kg

- -e) 2330 kg

16. You are riding a bicycle on a flat road. Assume no friction or air drag, and that you are coasting. Your speed is 4.9m/s, when you encounter a hill of height 1.14m. What is your speed at the top of the hill?

- + a) 1.291 m/s

- - b) 1.368 m/s

- - c) 1.450 m/s

- - d) 1.537 m/s

- - e) 1.630 m/s

### TrigPhys_I_FEsample-v1s2[edit]

1. A mass with weight (mg) equal to 41 newtons is suspended symmetrically from two strings. Each string makes the (same) angle of 30 degrees with respect to the horizontal. What is the tension in each string?

- ___a) 23.4 N.

- ___b) 27 N.

- ___c) 31 N.

- ___d) 35.7 N.

- ___e) 41 N.

2. A sled of mass 2.5 kg is on perfectly smooth surface. A string pulls with a tension of 17.7N. At what angle above the horizontal must the string pull in order to achieve an accelerations of 3.1 m/s^{2}?

- ___a) 48.4 degrees

- ___b) 55.7 degrees

- ___c) 64 degrees

- ___d) 73.6 degrees

- ___e) 84.7 degrees

3. A particle accelerates uniformly at 11.5 m/s/s. How long does it take for the velocity to increase from 1164 m/s to 2020 m/s?

- ___a) 35.9 s

- ___b) 43.08 s

- ___c) 51.69 s

- ___d) 62.03 s

- ___e) 74.43 s

4. In the figure "3 tensions" shown above θ_{1} is 15 degrees, and θ_{3} is 36 degrees. The tension T_{3} is 39 N. What is the weight?

- ___a) 23.7 N.

- ___b) 27.3 N.

- ___c) 31.4 N.

- ___d) 36.1 N.

- ___e) 41.5 N.

5. A 7.0 cm diameter pipe can fill a 2.1 m^3 volume in 8.0 minutes. Before exiting the pipe, the diameter is reduced to 1.7 cm (with no loss of flow rate). If two fluid elements at the center of the pipe are separated by 29.0 mm when they are both in the wide pipe, and we neglect turbulence, what is the separation when both are in the narrow pipe?

- ___a) 4.06E2 mm

- ___b) 4.92E2 mm

- ___c) 5.96E2 mm

- ___d) 7.22E2 mm

- ___e) 8.74E2 mm

6. You are riding a bicycle on a flat road. Assume no friction or air drag, and that you are coasting. Your speed is 4.9m/s, when you encounter a hill of height 1.14m. What is your speed at the top of the hill?

- ___ a) 1.291 m/s

- ___ b) 1.368 m/s

- ___ c) 1.450 m/s

- ___ d) 1.537 m/s

- ___ e) 1.630 m/s

- ___a) 44 m/s.

- ___b) 47 m/s.

- ___c) 50 m/s.

- ___d) 54 m/s.

- ___e) 57 m/s.

8. As the Moon circles Earth, the acceleration of the Moon is

- ___ a) zero

- ___ b) opposite the direction of the Moon's velocity

- ___ c) away from Earth

- ___ d) towards Earth

- ___ e) in the same direction as the Moon's velocity

9. A cylinder with a radius of 0.31 m and a length of 3.5 m is held so that the top circular face is 4.8 m below the water. The mass of the block is 933.0 kg. The mass density of water is 1000kg/m^3. What is the force exerted by the fluid on the bottom of the cylinder?

- ___ 1.95E4 Pa

- ___ 2.46E4 Pa

- ___ 3.09E4 Pa

- ___ 3.89E4 Pa

- ___ 4.90E4 Pa

10. Mr. Smith is driving at a speed of 7 m/s, when he slows down to a speed of 5 m/s, when he hits a wall at this speed, after travelling for 4 seconds. How far did he travel?

- ___ a) 27.0 meters

- ___ b) 25.0 meters

- ___ c) 24.0 meters

- ___ d) 26.0 meters

- ___ e) 23.0 meters

11. At time, t=0, two particles are on the x axis. Particle A is (initially) at the origin and moves at a constant speed of 6.54 m/s at an angle of θ above the x-axis. Particle B is initially situated at x= 2.91 m, and moves at a constant speed of 2.42 m/s in the +y direction. At what time do they meet?

- ___a) 0.48 s.

- ___b) 0.57 s.

- ___c) 0.69 s.

- ___d) 0.83 s.

- ___e) 0.99 s.

- ___a) 3.52E+01 N

- ___b) 4.27E+01 N

- ___c) 5.17E+01 N

- ___d) 6.26E+01 N

- ___e) 7.59E+01 N

13. What is the root-mean-square of 28, 21, and 32?

- ___a) 2.44 x 10
^{1}

- ___b) 2.738 x 10
^{1}

- ___c) 3.072 x 10
^{1}

- ___d) 3.447 x 10
^{1}

- ___e) 3.868 x 10
^{1}

14. The specific heat of water and aluminum are 4186 and 900, respectively, where the units are J/kg/Celsius. An aluminum container of mass 0.99 kg is filled with 0.26 kg of water. You are consulting for the flat earth society, a group of people who believe that the acceleration of gravity equals 9.8 m/s/s at all altitudes. Based on this assumption, from what height must the water and container be dropped to achieve the same change in temperature? (For comparison, Earth's radius is 6,371 kilometers)

- ___a) 3.16 x 10
^{0}km

- ___b) 3.83 x 10
^{0}km

- ___c) 4.64 x 10
^{0}km

- ___d) 5.62 x 10
^{0}km

- ___e) 6.81 x 10
^{0}km

15. A lead filled bicycle wheel of radius 0.4 m and mass 2.7 kg is rotating at a frequency of 1.6 revolutions per second. What is the total kinetic energy if the wheel is rolling about a stationary axis?

- ___a) 1.23 x 10
^{1}J

- ___b) 1.49 x 10
^{1}J

- ___c) 1.8 x 10
^{1}J

- ___d) 2.18 x 10
^{1}J

- ___e) 2.64 x 10
^{1}J

_{1}= 2 kPa, P

_{2}= 4.1 kPa. The volumes are V

_{1}= 2.1m

^{3}and V

_{4}= 4.3m

^{3}. How much work is done in in one cycle?

- ___a) 7.3 x 10
^{2}J

- ___b) 2.31 x 10
^{3}J

- ___c) 7.3 x 10
^{3}J

- ___d) 2.31 x 10
^{4}J

- ___e) 7.3 x 10
^{4}J

#### Key to TrigPhys_I_FEsample-v1s2[edit]

1. A mass with weight (mg) equal to 41 newtons is suspended symmetrically from two strings. Each string makes the (same) angle of 30 degrees with respect to the horizontal. What is the tension in each string?

- -a) 23.4 N.

- -b) 27 N.

- -c) 31 N.

- -d) 35.7 N.

- +e) 41 N.

2. A sled of mass 2.5 kg is on perfectly smooth surface. A string pulls with a tension of 17.7N. At what angle above the horizontal must the string pull in order to achieve an accelerations of 3.1 m/s^{2}?

- -a) 48.4 degrees

- -b) 55.7 degrees

- +c) 64 degrees

- -d) 73.6 degrees

- -e) 84.7 degrees

3. A particle accelerates uniformly at 11.5 m/s/s. How long does it take for the velocity to increase from 1164 m/s to 2020 m/s?

- -a) 35.9 s

- -b) 43.08 s

- -c) 51.69 s

- -d) 62.03 s

- +e) 74.43 s

4. In the figure "3 tensions" shown above θ_{1} is 15 degrees, and θ_{3} is 36 degrees. The tension T_{3} is 39 N. What is the weight?

- -a) 23.7 N.

- -b) 27.3 N.

- +c) 31.4 N.

- -d) 36.1 N.

- -e) 41.5 N.

5. A 7.0 cm diameter pipe can fill a 2.1 m^3 volume in 8.0 minutes. Before exiting the pipe, the diameter is reduced to 1.7 cm (with no loss of flow rate). If two fluid elements at the center of the pipe are separated by 29.0 mm when they are both in the wide pipe, and we neglect turbulence, what is the separation when both are in the narrow pipe?

- -a) 4.06E2 mm

- +b) 4.92E2 mm

- -c) 5.96E2 mm

- -d) 7.22E2 mm

- -e) 8.74E2 mm

6. You are riding a bicycle on a flat road. Assume no friction or air drag, and that you are coasting. Your speed is 4.9m/s, when you encounter a hill of height 1.14m. What is your speed at the top of the hill?

- + a) 1.291 m/s

- - b) 1.368 m/s

- - c) 1.450 m/s

- - d) 1.537 m/s

- - e) 1.630 m/s

- -a) 44 m/s.

- -b) 47 m/s.

- +c) 50 m/s.

- -d) 54 m/s.

- -e) 57 m/s.

8. As the Moon circles Earth, the acceleration of the Moon is

- - a) zero

- - b) opposite the direction of the Moon's velocity

- - c) away from Earth

- + d) towards Earth

- - e) in the same direction as the Moon's velocity

9. A cylinder with a radius of 0.31 m and a length of 3.5 m is held so that the top circular face is 4.8 m below the water. The mass of the block is 933.0 kg. The mass density of water is 1000kg/m^3. What is the force exerted by the fluid on the bottom of the cylinder?

- - 1.95E4 Pa

- + 2.46E4 Pa

- - 3.09E4 Pa

- - 3.89E4 Pa

- - 4.90E4 Pa

10. Mr. Smith is driving at a speed of 7 m/s, when he slows down to a speed of 5 m/s, when he hits a wall at this speed, after travelling for 4 seconds. How far did he travel?

- - a) 27.0 meters

- - b) 25.0 meters

- + c) 24.0 meters

- - d) 26.0 meters

- - e) 23.0 meters

11. At time, t=0, two particles are on the x axis. Particle A is (initially) at the origin and moves at a constant speed of 6.54 m/s at an angle of θ above the x-axis. Particle B is initially situated at x= 2.91 m, and moves at a constant speed of 2.42 m/s in the +y direction. At what time do they meet?

- +a) 0.48 s.

- -b) 0.57 s.

- -c) 0.69 s.

- -d) 0.83 s.

- -e) 0.99 s.

- +a) 3.52E+01 N

- -b) 4.27E+01 N

- -c) 5.17E+01 N

- -d) 6.26E+01 N

- -e) 7.59E+01 N

13. What is the root-mean-square of 28, 21, and 32?

- -a) 2.44 x 10
^{1}

- -a) 2.44 x 10

- +b) 2.738 x 10
^{1}

- +b) 2.738 x 10

- -c) 3.072 x 10
^{1}

- -c) 3.072 x 10

- -d) 3.447 x 10
^{1}

- -d) 3.447 x 10

- -e) 3.868 x 10
^{1}

- -e) 3.868 x 10

14. The specific heat of water and aluminum are 4186 and 900, respectively, where the units are J/kg/Celsius. An aluminum container of mass 0.99 kg is filled with 0.26 kg of water. You are consulting for the flat earth society, a group of people who believe that the acceleration of gravity equals 9.8 m/s/s at all altitudes. Based on this assumption, from what height must the water and container be dropped to achieve the same change in temperature? (For comparison, Earth's radius is 6,371 kilometers)

- -a) 3.16 x 10
^{0}km

- -a) 3.16 x 10

- +b) 3.83 x 10
^{0}km

- +b) 3.83 x 10

- -c) 4.64 x 10
^{0}km

- -c) 4.64 x 10

- -d) 5.62 x 10
^{0}km

- -d) 5.62 x 10

- -e) 6.81 x 10
^{0}km

- -e) 6.81 x 10

15. A lead filled bicycle wheel of radius 0.4 m and mass 2.7 kg is rotating at a frequency of 1.6 revolutions per second. What is the total kinetic energy if the wheel is rolling about a stationary axis?

- -a) 1.23 x 10
^{1}J

- -a) 1.23 x 10

- -b) 1.49 x 10
^{1}J

- -b) 1.49 x 10

- -c) 1.8 x 10
^{1}J

- -c) 1.8 x 10

- +d) 2.18 x 10
^{1}J

- +d) 2.18 x 10

- -e) 2.64 x 10
^{1}J

- -e) 2.64 x 10

_{1}= 2 kPa, P

_{2}= 4.1 kPa. The volumes are V

_{1}= 2.1m

^{3}and V

_{4}= 4.3m

^{3}. How much work is done in in one cycle?

- -a) 7.3 x 10
^{2}J

- -a) 7.3 x 10

- +b) 2.31 x 10
^{3}J

- +b) 2.31 x 10

- -c) 7.3 x 10
^{3}J

- -c) 7.3 x 10

- -d) 2.31 x 10
^{4}J

- -d) 2.31 x 10

- -e) 7.3 x 10
^{4}J

- -e) 7.3 x 10

### TrigPhys_I_FEsample-v2s2[edit]

- ___a) 39 m/s.

- ___b) 42 m/s.

- ___c) 44 m/s.

- ___d) 48 m/s.

- ___e) 51 m/s.

2. In the figure "3 tensions" shown above θ_{1} is 20 degrees, and θ_{3} is 29 degrees. The tension T_{3} is 25 N. What is the weight?

- ___a) 20.1 N.

- ___b) 23.1 N.

- ___c) 26.6 N.

- ___d) 30.5 N.

- ___e) 35.1 N.

3. You are riding a bicycle on a flat road. Assume no friction or air drag, and that you are coasting. Your speed is 4.9m/s, when you encounter a hill of height 1.14m. What is your speed at the top of the hill?

- ___ a) 1.218 m/s

- ___ b) 1.291 m/s

- ___ c) 1.368 m/s

- ___ d) 1.450 m/s

- ___ e) 1.537 m/s

_{1}= 2.9 kPa, P

_{2}= 4 kPa. The volumes are V

_{1}= 2m

^{3}and V

_{4}= 3.2m

^{3}. How much work is done in in one cycle?

- ___a) 6.6 x 10
^{0}J

- ___b) 2.09 x 10
^{1}J

- ___c) 6.6 x 10
^{1}J

- ___d) 2.09 x 10
^{2}J

- ___e) 6.6 x 10
^{2}J

5. A mass with weight (mg) equal to 33 newtons is suspended symmetrically from two strings. Each string makes the (same) angle of 72 degrees with respect to the horizontal. What is the tension in each string?

- ___a) 9.9 N.

- ___b) 11.4 N.

- ___c) 13.1 N.

- ___d) 15.1 N.

- ___e) 17.3 N.

6. A cylinder with a radius of 0.38 m and a length of 2.3 m is held so that the top circular face is 4.5 m below the water. The mass of the block is 909.0 kg. The mass density of water is 1000kg/m^3. What is the force exerted by the fluid on the bottom of the cylinder?

- ___ 3.02E4 Pa

- ___ 3.81E4 Pa

- ___ 4.79E4 Pa

- ___ 6.03E4 Pa

- ___ 7.59E4 Pa

7. At time, t=0, two particles are on the x axis. Particle A is (initially) at the origin and moves at a constant speed of 7.34 m/s at an angle of θ above the x-axis. Particle B is initially situated at x= 2.22 m, and moves at a constant speed of 2.91 m/s in the +y direction. At what time do they meet?

- ___a) 0.23 s.

- ___b) 0.27 s.

- ___c) 0.33 s.

- ___d) 0.4 s.

- ___e) 0.47 s.

- ___a) 6.83E+00 N

- ___b) 8.28E+00 N

- ___c) 1.00E+01 N

- ___d) 1.21E+01 N

- ___e) 1.47E+01 N

9. A lead filled bicycle wheel of radius 0.41 m and mass 2.9 kg is rotating at a frequency of 1.7 revolutions per second. What is the total kinetic energy if the wheel is rolling about a stationary axis?

- ___a) 2.78 x 10
^{1}J

- ___b) 3.37 x 10
^{1}J

- ___c) 4.08 x 10
^{1}J

- ___d) 4.95 x 10
^{1}J

- ___e) 5.99 x 10
^{1}J

10. What is the root-mean-square of 11, 36, and 4?

- ___a) 1.948 x 10
^{1}

- ___b) 2.186 x 10
^{1}

- ___c) 2.452 x 10
^{1}

- ___d) 2.751 x 10
^{1}

- ___e) 3.087 x 10
^{1}

11. A sled of mass 2.5 kg is on perfectly smooth surface. A string pulls with a tension of 17.7N. At what angle above the horizontal must the string pull in order to achieve an accelerations of 3.1 m/s^{2}?

- ___a) 48.4 degrees

- ___b) 55.7 degrees

- ___c) 64 degrees

- ___d) 73.6 degrees

- ___e) 84.7 degrees

12. A 7.0 cm diameter pipe can fill a 2.1 m^3 volume in 8.0 minutes. Before exiting the pipe, the diameter is reduced to 1.7 cm (with no loss of flow rate). If two fluid elements at the center of the pipe are separated by 29.0 mm when they are both in the wide pipe, and we neglect turbulence, what is the separation when both are in the narrow pipe?

- ___a) 4.06E2 mm

- ___b) 4.92E2 mm

- ___c) 5.96E2 mm

- ___d) 7.22E2 mm

- ___e) 8.74E2 mm

13. A particle accelerates uniformly at 16.75 m/s/s. How long does it take for the velocity to increase from 1210 m/s to 2087 m/s?

- ___a) 52.36 s

- ___b) 62.83 s

- ___c) 75.4 s

- ___d) 90.47 s

- ___e) 108.57 s

14. Mr. Smith is driving at a speed of 7 m/s, when he slows down to a speed of 5 m/s, when he hits a wall at this speed, after travelling for 4 seconds. How far did he travel?

- ___ a) 23.0 meters

- ___ b) 25.0 meters

- ___ c) 27.0 meters

- ___ d) 26.0 meters

- ___ e) 24.0 meters

15. The specific heat of water and aluminum are 4186 and 900, respectively, where the units are J/kg/Celsius. An aluminum container of mass 0.61 kg is filled with 0.21 kg of water. You are consulting for the flat earth society, a group of people who believe that the acceleration of gravity equals 9.8 m/s/s at all altitudes. Based on this assumption, from what height must the water and container be dropped to achieve the same change in temperature? (For comparison, Earth's radius is 6,371 kilometers)

- ___a) 6.33 x 10
^{0}km

- ___b) 7.66 x 10
^{0}km

- ___c) 9.29 x 10
^{0}km

- ___d) 1.13 x 10
^{1}km

- ___e) 1.36 x 10
^{1}km

16. As the Moon circles Earth, the acceleration of the Moon is

- ___ a) zero

- ___ b) in the same direction as the Moon's velocity

- ___ c) opposite the direction of the Moon's velocity

- ___ d) away from Earth

- ___ e) towards Earth

#### Key to TrigPhys_I_FEsample-v2s2[edit]

- -a) 39 m/s.

- -b) 42 m/s.

- -c) 44 m/s.

- -d) 48 m/s.

- +e) 51 m/s.

2. In the figure "3 tensions" shown above θ_{1} is 20 degrees, and θ_{3} is 29 degrees. The tension T_{3} is 25 N. What is the weight?

- +a) 20.1 N.

- -b) 23.1 N.

- -c) 26.6 N.

- -d) 30.5 N.

- -e) 35.1 N.

3. You are riding a bicycle on a flat road. Assume no friction or air drag, and that you are coasting. Your speed is 4.9m/s, when you encounter a hill of height 1.14m. What is your speed at the top of the hill?

- - a) 1.218 m/s

- + b) 1.291 m/s

- - c) 1.368 m/s

- - d) 1.450 m/s

- - e) 1.537 m/s

_{1}= 2.9 kPa, P

_{2}= 4 kPa. The volumes are V

_{1}= 2m

^{3}and V

_{4}= 3.2m

^{3}. How much work is done in in one cycle?

- -a) 6.6 x 10
^{0}J

- -a) 6.6 x 10

- -b) 2.09 x 10
^{1}J

- -b) 2.09 x 10

- -c) 6.6 x 10
^{1}J

- -c) 6.6 x 10

- -d) 2.09 x 10
^{2}J

- -d) 2.09 x 10

- +e) 6.6 x 10
^{2}J

- +e) 6.6 x 10

5. A mass with weight (mg) equal to 33 newtons is suspended symmetrically from two strings. Each string makes the (same) angle of 72 degrees with respect to the horizontal. What is the tension in each string?

- -a) 9.9 N.

- -b) 11.4 N.

- -c) 13.1 N.

- -d) 15.1 N.

- +e) 17.3 N.

6. A cylinder with a radius of 0.38 m and a length of 2.3 m is held so that the top circular face is 4.5 m below the water. The mass of the block is 909.0 kg. The mass density of water is 1000kg/m^3. What is the force exerted by the fluid on the bottom of the cylinder?

- + 3.02E4 Pa

- - 3.81E4 Pa

- - 4.79E4 Pa

- - 6.03E4 Pa

- - 7.59E4 Pa

7. At time, t=0, two particles are on the x axis. Particle A is (initially) at the origin and moves at a constant speed of 7.34 m/s at an angle of θ above the x-axis. Particle B is initially situated at x= 2.22 m, and moves at a constant speed of 2.91 m/s in the +y direction. At what time do they meet?

- -a) 0.23 s.

- -b) 0.27 s.

- +c) 0.33 s.

- -d) 0.4 s.

- -e) 0.47 s.

- -a) 6.83E+00 N

- -b) 8.28E+00 N

- +c) 1.00E+01 N

- -d) 1.21E+01 N

- -e) 1.47E+01 N

9. A lead filled bicycle wheel of radius 0.41 m and mass 2.9 kg is rotating at a frequency of 1.7 revolutions per second. What is the total kinetic energy if the wheel is rolling about a stationary axis?

- +a) 2.78 x 10
^{1}J

- +a) 2.78 x 10

- -b) 3.37 x 10
^{1}J

- -b) 3.37 x 10

- -c) 4.08 x 10
^{1}J

- -c) 4.08 x 10

- -d) 4.95 x 10
^{1}J

- -d) 4.95 x 10

- -e) 5.99 x 10
^{1}J

- -e) 5.99 x 10

10. What is the root-mean-square of 11, 36, and 4?

- -a) 1.948 x 10
^{1}

- -a) 1.948 x 10

- +b) 2.186 x 10
^{1}

- +b) 2.186 x 10

- -c) 2.452 x 10
^{1}

- -c) 2.452 x 10

- -d) 2.751 x 10
^{1}

- -d) 2.751 x 10

- -e) 3.087 x 10
^{1}

- -e) 3.087 x 10

11. A sled of mass 2.5 kg is on perfectly smooth surface. A string pulls with a tension of 17.7N. At what angle above the horizontal must the string pull in order to achieve an accelerations of 3.1 m/s^{2}?

- -a) 48.4 degrees

- -b) 55.7 degrees

- +c) 64 degrees

- -d) 73.6 degrees

- -e) 84.7 degrees

12. A 7.0 cm diameter pipe can fill a 2.1 m^3 volume in 8.0 minutes. Before exiting the pipe, the diameter is reduced to 1.7 cm (with no loss of flow rate). If two fluid elements at the center of the pipe are separated by 29.0 mm when they are both in the wide pipe, and we neglect turbulence, what is the separation when both are in the narrow pipe?

- -a) 4.06E2 mm

- +b) 4.92E2 mm

- -c) 5.96E2 mm

- -d) 7.22E2 mm

- -e) 8.74E2 mm

13. A particle accelerates uniformly at 16.75 m/s/s. How long does it take for the velocity to increase from 1210 m/s to 2087 m/s?

- +a) 52.36 s

- -b) 62.83 s

- -c) 75.4 s

- -d) 90.47 s

- -e) 108.57 s

14. Mr. Smith is driving at a speed of 7 m/s, when he slows down to a speed of 5 m/s, when he hits a wall at this speed, after travelling for 4 seconds. How far did he travel?

- - a) 23.0 meters

- - b) 25.0 meters

- - c) 27.0 meters

- - d) 26.0 meters

- + e) 24.0 meters

15. The specific heat of water and aluminum are 4186 and 900, respectively, where the units are J/kg/Celsius. An aluminum container of mass 0.61 kg is filled with 0.21 kg of water. You are consulting for the flat earth society, a group of people who believe that the acceleration of gravity equals 9.8 m/s/s at all altitudes. Based on this assumption, from what height must the water and container be dropped to achieve the same change in temperature? (For comparison, Earth's radius is 6,371 kilometers)

- -a) 6.33 x 10
^{0}km

- -a) 6.33 x 10

- -b) 7.66 x 10
^{0}km

- -b) 7.66 x 10

- -c) 9.29 x 10
^{0}km

- -c) 9.29 x 10

- -d) 1.13 x 10
^{1}km

- -d) 1.13 x 10

- +e) 1.36 x 10
^{1}km

- +e) 1.36 x 10

16. As the Moon circles Earth, the acceleration of the Moon is

- - a) zero

- - b) in the same direction as the Moon's velocity

- - c) opposite the direction of the Moon's velocity

- - d) away from Earth

- + e) towards Earth

- Attribution (for quiz questions) under CC-by-SA license

- http://en.wikiversity.org/w/index.php?title=Physics_equations/18-Electric_charge_and_field/Q:findE&oldid=1378605
- https://en.wikiversity.org/w/index.php?title=Physics_equations/07-Work_and_Energy/Q:cart2&oldid=1380821
- http://en.wikiversity.org/w/index.php?title=How_things_work_college_course/Motion_simple_arithmetic&oldid=1395847
- http://en.wikiversity.org/w/index.php?title=How_things_work_college_course/Conceptual_physics_wikiquizzes/Velocity_and_acceleration&oldid=137851
- Study guide

- http://en.wikiversity.org/wiki/Physics_equations/Sheet/All_chapters
- https://en.wikiversity.org/wiki/Physics_equations/Sheet/All_chapters
- http://en.wikiversity.org/w/index.php?title=Physics_equations/Sheet/All_chapters&oldid=1283423
- http://en.wikibooks.org/w/index.php?title=Physics_Study_Guide&oldid=2516212