Title: force in e field 06
Course: Physics copy 1

Q: Mitchell has partially ionized an oil drop with X-rays and produces a net charge of -2.56E-018 Coulombs on the drop. The drop is suspended in an electric field of intensity 1100 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 2.816E-015 N (You are dwelling in the halls of rightnous)
- 1100 N
- -4.096E-017 N
- 9.8 N
- Impossible to calculate without a mass.
A: 2.816E-015 N

Q: Nick has partially ionized an oil drop with X-rays and produces a net charge of -1.12E-018 Coulombs on the drop. The drop is suspended in an electric field of intensity 2000 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 2.24E-015 N (You got it Pontiac)
- 2000 N
- -7.84E-018 N
- 9.8 N
- Impossible to calculate without a mass.
A: 2.24E-015 N

Q: Kate has partially ionized an oil drop with X-rays and produces a net charge of -8E-019 Coulombs on the drop. The drop is suspended in an electric field of intensity 1700 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 1.36E-015 N (Keep up the good work and eat right)
- 1700 N
- -4E-018 N
- 9.8 N
- Impossible to calculate without a mass.
A: 1.36E-015 N

Q: Mitchell has partially ionized an oil drop with X-rays and produces a net charge of -9.6E-019 Coulombs on the drop. The drop is suspended in an electric field of intensity 1400 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 1.344E-015 N (You got it Pontiac)
- 1400 N
- -5.76E-018 N
- 9.8 N
- Impossible to calculate without a mass.
A: 1.344E-015 N

Q: Brittany has partially ionized an oil drop with X-rays and produces a net charge of -3.2E-018 Coulombs on the drop. The drop is suspended in an electric field of intensity 1600 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 5.12E-015 N (Yes grasshopper)
- 1600 N
- -6.4E-017 N
- 9.8 N
- Impossible to calculate without a mass.
A: 5.12E-015 N

Q: Kelly has partially ionized an oil drop with X-rays and produces a net charge of -8E-019 Coulombs on the drop. The drop is suspended in an electric field of intensity 1800 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 1.44E-015 N (Keep up the good work and eat right)
- 1800 N
- -4E-018 N
- 9.8 N
- Impossible to calculate without a mass.
A: 1.44E-015 N

Q: Justin has partially ionized an oil drop with X-rays and produces a net charge of -1.76E-018 Coulombs on the drop. The drop is suspended in an electric field of intensity 1500 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 2.64E-015 N (Good shooting Tex)
- 1500 N
- -1.936E-017 N
- 9.8 N
- Impossible to calculate without a mass.
A: 2.64E-015 N

Q: Mitchell has partially ionized an oil drop with X-rays and produces a net charge of -3.04E-018 Coulombs on the drop. The drop is suspended in an electric field of intensity 1500 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 4.56E-015 N (Right on Durango)
- 1500 N
- -5.776E-017 N
- 9.8 N
- Impossible to calculate without a mass.
A: 4.56E-015 N

Q: Bryn has partially ionized an oil drop with X-rays and produces a net charge of -2.4E-018 Coulombs on the drop. The drop is suspended in an electric field of intensity 1100 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 2.64E-015 N (You got it Pontiac)
- 1100 N
- -3.6E-017 N
- 9.8 N
- Impossible to calculate without a mass.
A: 2.64E-015 N

Q: Peter has partially ionized an oil drop with X-rays and produces a net charge of -1.76E-018 Coulombs on the drop. The drop is suspended in an electric field of intensity 1200 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 2.112E-015 N (You are dwelling in the halls of rightnous)
- 1200 N
- -1.936E-017 N
- 9.8 N
- Impossible to calculate without a mass.
A: 2.112E-015 N

Q: Bryn has partially ionized an oil drop with X-rays and produces a net charge of -1.92E-018 Coulombs on the drop. The drop is suspended in an electric field of intensity 1800 N/C directed downwards (take down as negative) . The force of the electric field on the oil drop is: | [Image: what is the electrectrostatic ofrce on the droplet]
- 3.456E-015 N (Yes grasshopper)
- 1800 N
- -2.304E-017 N
- 9.8 N
- Impossible to calculate without a mass.
A: 3.456E-015 N