Title: potential difference 03
Course: Physics copy 1

Q: Kelly is preparing an oil drop experiment and her creates a parallel plate capacitor. The separation between the plates is 0.11 m and she wants to the electric field to have an intensity of 1300 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 140 V (You are dwelling in the halls of rightnous)
- 0.000000065 V
- 12000 V
- 110000 V
- 0.0000093 V)
A: 140 V

Q: Kaley is preparing an oil drop experiment and her creates a parallel plate capacitor. The separation between the plates is 0.14 m and she wants to the electric field to have an intensity of 1300 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 180 V (Keep flying right)
- 0.000000083 V
- 9300 V
- 66000 V
- 0.000015 V)
A: 180 V

Q: Peter is preparing an oil drop experiment and his creates a parallel plate capacitor. The separation between the plates is 0.04 m and he wants to the electric field to have an intensity of 1800 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 72 V (You are dwelling in the halls of rightnous)
- 0.000000012 V
- 45000 V
- 1100000 V
- 0.00000089 V)
A: 72 V

Q: Mitchell is preparing an oil drop experiment and his creates a parallel plate capacitor. The separation between the plates is 0.09 m and he wants to the electric field to have an intensity of 1000 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 90 V (Keep up the good work and eat right)
- 0.00000009 V
- 11000 V
- 120000 V
- 0.0000081 V)
A: 90 V

Q: Kelly is preparing an oil drop experiment and her creates a parallel plate capacitor. The separation between the plates is 0.19 m and she wants to the electric field to have an intensity of 1800 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 340 V (You are dwelling in the halls of rightnous)
- 0.000000059 V
- 9500 V
- 50000 V
- 0.00002 V)
A: 340 V

Q: Ariel is preparing an oil drop experiment and her creates a parallel plate capacitor. The separation between the plates is 0.18 m and she wants to the electric field to have an intensity of 1000 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 180 V (Good shooting Tex)
- 0.00000018 V
- 5600 V
- 31000 V
- 0.000032 V)
A: 180 V

Q: Ariel is preparing an oil drop experiment and her creates a parallel plate capacitor. The separation between the plates is 0.1 m and she wants to the electric field to have an intensity of 2000 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 200 V (Right on Durango)
- 0.000000025 V
- 20000 V
- 200000 V
- 0.000005 V)
A: 200 V

Q: David is preparing an oil drop experiment and his creates a parallel plate capacitor. The separation between the plates is 0.17 m and he wants to the electric field to have an intensity of 1900 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 320 V (Good shooting Tex)
- 0.000000047 V
- 11000 V
- 66000 V
- 0.000015 V)
A: 320 V

Q: Peter is preparing an oil drop experiment and his creates a parallel plate capacitor. The separation between the plates is 0.01 m and he wants to the electric field to have an intensity of 1100 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 11 V (Yes grasshopper)
- 0.0000000083 V
- 110000 V
- 11000000 V
- 0.000000091 V)
A: 11 V

Q: Mitchell is preparing an oil drop experiment and his creates a parallel plate capacitor. The separation between the plates is 0.1 m and he wants to the electric field to have an intensity of 1900 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 190 V (Keep flying right)
- 0.000000028 V
- 19000 V
- 190000 V
- 0.0000053 V)
A: 190 V

Q: Micah is preparing an oil drop experiment and his creates a parallel plate capacitor. The separation between the plates is 0.13 m and he wants to the electric field to have an intensity of 1600 N/C. What potential difference should be applied across the plates? | [Image: charged plates with a potential difference between]
- 210 V (Keep flying right)
- 0.000000051 V
- 12000 V
- 95000 V
- 0.000011 V)
A: 210 V