Title: plate separation 02
Course: Physics copy 1

Q: Ariel is preparing an oil drop experiment and her creates a parallel plate capacitor. There is an electric potential difference of 200 Volts between the plates. Ariel wants to generate a field intensity of 1300 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.15 m (Right on Durango)
- 0.00012 m
- 6.5 m
- 0.033 m
- 31 m)
A: 0.15 m

Q: Justin is preparing an oil drop experiment and his creates a parallel plate capacitor. There is an electric potential difference of 100 Volts between the plates. Justin wants to generate a field intensity of 1900 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.053 m (You are dwelling in the halls of rightnous)
- 0.000028 m
- 19 m
- 0.19 m
- 5.3 m)
A: 0.053 m

Q: Evelyn is preparing an oil drop experiment and her creates a parallel plate capacitor. There is an electric potential difference of 100 Volts between the plates. Evelyn wants to generate a field intensity of 1200 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.083 m (Good shooting Tex)
- 0.000069 m
- 12 m
- 0.12 m
- 8.3 m)
A: 0.083 m

Q: Kelly is preparing an oil drop experiment and her creates a parallel plate capacitor. There is an electric potential difference of 400 Volts between the plates. Kelly wants to generate a field intensity of 1200 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.33 m (Keep up the good work and eat right)
- 0.00028 m
- 3 m
- 0.0075 m
- 130 m)
A: 0.33 m

Q: Justin is preparing an oil drop experiment and his creates a parallel plate capacitor. There is an electric potential difference of 200 Volts between the plates. Justin wants to generate a field intensity of 1800 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.11 m (Keep flying right)
- 0.000062 m
- 9 m
- 0.045 m
- 22 m)
A: 0.11 m

Q: David is preparing an oil drop experiment and his creates a parallel plate capacitor. There is an electric potential difference of 400 Volts between the plates. David wants to generate a field intensity of 1900 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.21 m (You are dwelling in the halls of rightnous)
- 0.00011 m
- 4.8 m
- 0.012 m
- 84 m)
A: 0.21 m

Q: Nick is preparing an oil drop experiment and his creates a parallel plate capacitor. There is an electric potential difference of 200 Volts between the plates. Nick wants to generate a field intensity of 1300 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.15 m (Keep flying right)
- 0.00012 m
- 6.5 m
- 0.033 m
- 31 m)
A: 0.15 m

Q: Peter is preparing an oil drop experiment and his creates a parallel plate capacitor. There is an electric potential difference of 400 Volts between the plates. Peter wants to generate a field intensity of 2000 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.2 m (You are dwelling in the halls of rightnous)
- 0.0001 m
- 5 m
- 0.013 m
- 80 m)
A: 0.2 m

Q: Althea is preparing an oil drop experiment and her creates a parallel plate capacitor. There is an electric potential difference of 200 Volts between the plates. Althea wants to generate a field intensity of 1700 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.12 m (Congratulations.)
- 0.000069 m
- 8.5 m
- 0.043 m
- 24 m)
A: 0.12 m

Q: Justin is preparing an oil drop experiment and his creates a parallel plate capacitor. There is an electric potential difference of 200 Volts between the plates. Justin wants to generate a field intensity of 1800 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.11 m (Yes grasshopper)
- 0.000062 m
- 9 m
- 0.045 m
- 22 m)
A: 0.11 m

Q: Ariel is preparing an oil drop experiment and her creates a parallel plate capacitor. There is an electric potential difference of 200 Volts between the plates. Ariel wants to generate a field intensity of 1200 N/C between the plates. What plate seperation should be used? | [Image: plates seperated by an unknown distance]
- 0.17 m (Yes grasshopper)
- 0.00014 m
- 6 m
- 0.03 m
- 33 m)
A: 0.17 m