# Calculating the Work Done on a Point Charge to Move it Through an Electric Field

• 1.

Calculate the work done on a point charge of 1.0 mC to move it through a distance of 5.0 m in the direction of a uniform electric field of 1.0 N/C.

• 5 mJ

• 1.0 mJ

• -1.0 mJ

• -5.0 mJ

• 2.

A point charge of 5.0 C is moved through a distance of 4.0 m in the opposite direction of a uniform electric field of 4.0 N/C. Determine the work done in moving the charge.

• 80 J

• 20 J

• -20 J

• -80 J

• 3.

There is a uniform electric field of 12.0 N/C. A point charge of -5.00 mC is moved through a distance of 20.0 m in the direction of the electric field. Compute the work done in moving the charge.

• 1.20 J

• 2.40 J

• -2.40 J

• -1.20 J

• 4.

What amount of work has to be done in moving a proton through a distance of 10.0 m in the direction of a uniform electric field of 5.00 N/C?

• -100 eV

• -50.0 eV

• 50.0 eV

• 100 eV

• 5.

Find the work done in moving a point charge of 12.0 mC through a distance of 12.0 m in the opposite direction of a uniform electric field of 25.0 N/C.

• 3.60 J

• -3.60 J

• -1.44 J

• 1.44 J

• 6.

An electron is moved through a distance of 8.00 m in the direction of a uniform electric field of 0.250 N/C. Compute the work done in moving the electron.

• -2.00 eV

• -1.00 eV

• 2.00 eV

• 1.00 eV

• 7.

Determine the work to be done if a point charge of -200 mC is moved through a distance of 1.50 m in the opposite direction of a uniform electric field of 15.0 N/C.

• -0.300 J

• 0.300 J

• -4.50 J

• 4.50 J

• 8.

If a proton Is moved through a distance of 6.00 m in the opposite direction of a uniform electric field of 20.0 N/C, what amount of work has to be done?

• 60.0 eV

• 120 eV

• -120 eV

• -60.0 eV

• 9.

The magnitude of a uniform electric field is 100 N/C. A point charge of 120 mC is moved in the direction of the electric field through a distance of 5.00 m. Compute the work done in moving the charge.

• -12.0 J

• -60.0 J

• 60.0 J

• 12.0 J

• 10.

The displacement of a point charge of -2.80 mC in the opposite direction of a uniform electric field of 100 N/C is 10.0 m. Calculate the work done in moving the charge.

• -2.80 J

• 2.80 J

• 0.280 J

• -0.280 J

• 11.

Calculate the work done on a point charge of 18.0 mC to move it through a distance of 5.0 m in the direction of a uniform electric field of 10.0 N/C.

• 9.00 J

• -9.00 J

• 0.900 J

• -0.900 J

• 12.

A point charge of 15.0 C is moved through a distance of 10.0 m in the opposite direction of a uniform electric field of 40.0 N/C. Determine the work done in moving the charge.

• 6.00 kJ

• 0.600 kJ

• -6.00 kJ

• -0.600 kJ

• 13.

There is a uniform electric field of 15.0 N/C. A point charge of -10.0 mC is moved through a distance of 50.0 m in the direction of the electric field. Compute the work done in moving the charge.

• 7.50 J

• 75.0 J

• -7.50 J

• -75.0 J

• 14.

What amount of work has to be done in moving a proton through a distance of 30.00 m in the direction of a uniform electric field of 50.00 N/C?

• 150.0 eV

• -1500 eV

• 1500 eV

• -150.0 eV

• 15.

Find the work done in moving a point charge of 16.0 mC through a distance of 5.00 m in the opposite direction of a uniform electric field of 2.00 N/C.

• -0.320 J

• 0.320 J

• -0.160 J

• 0.160 J

• 16.

An electron is moved through a distance of 0.500 m in the direction of a uniform electric field of 0.500 N/C. Compute the work done in moving the electron.

• 0.0250 eV

• -0.0250 eV

• 0.250 eV

• -2.50 eV

• 17.

Determine the work to be done if a point charge of -800 mC is moved through a distance of 2.50 m in the opposite direction of a uniform electric field of 20.0 N/C.

• 40.0 J

• 80.0 J

• -40.0 J

• -80.0 J

• 18.

If a proton Is moved through a distance of 18.0 m in the opposite direction of a uniform electric field of 50.0 N/C, what amount of work has done?

• -900 eV

• 900 eV

• 90.0 eV

• -90.0 eV

• 19.

The magnitude of a uniform electric field is 200 N/C. A point charge of 20.0 mC is moved in the direction of the electric field through a distance of 2.00 m. Compute the work done in moving the charge.

• -8.00 J

• 8.00 J

• 4.00 J

• -4.00 J

• 20.

The displacement of a point charge of -3.50 mC in the opposite direction of a uniform electric field of 10.0 N/C is 100.0 m. Calculate the work done in moving the charge.

• 35.0 J

• -3.50 J

• 3.50 J

• -35.0 J

• 21.

Calculate the work done on a point charge of 1.0 C to move it through a distance of 10 m in the direction of a uniform electric field of 1.5 N/C.

• 15 J

• 1.5 J

• -1.5 J

• -15 J

• 22.

A point charge of -0.40 C is moved through a distance of 5.0 m in the opposite direction of a uniform electric field of 8.0 N/C. Determine the work done in moving the charge.

• -16 J

• -1.6 J

• 16 J

• 1.6 J

• 23.

There is a uniform electric field of 25.0 N/C. A point charge of -6.00 mC is moved through a distance of 10.0 m in the direction of the electric field. Compute the work done in moving the charge.

• 150 J

• 1.50 J

• -1.50 J

• -150 J

• 24.

What amount of work has to be done in moving a proton through a distance of 70.0 m in the direction of a uniform electric field of 1.50 N/C?

• 105 eV

• -1.05 eV

• -105 eV

• 1.05 eV

• 25.

Find the work done in moving a point charge of 36.0 mC through a distance of 3.00 m in the opposite direction of a uniform electric field of 100 N/C.

• 10.8 J

• -10.8 J

• -108 J

• 108 J

• 26.

An electron is moved through a distance of 80.0 m in the direction of a uniform electric field of 0.150 N/C. Compute the work done in moving the electron.

• -12.0 eV

• 12.0 eV

• 120 eV

• -120 eV

• 27.

Determine the work to be done if a point charge of 250 mC is moved through a distance of 1.00 m in the opposite direction of a uniform electric field of 30.0 N/C.

• 7.50 J

• -75.0 J

• -7.50 J

• 75.0 J

• 28.

If a proton is moved through a distance of 16.0 m in the opposite direction of a uniform electric field of 4.00 N/C, what amount of work has to be done?

• 6.40 eV

• 64.0 eV

• -6.40 eV

• -64.0 eV

• 29.

The magnitude of a uniform electric field is 1000 N/C. A point charge of -100 mC is moved in the direction of the electric field through a distance of 2.50 m. Compute the work done in moving the charge.

• 250 J

• 25.0 J

• -250 J

• -25.0 J

• 30.

The displacement of a point charge of -4.80 mC in the opposite direction of a uniform electric field of 200 N/C is 10.0 m. Calculate the work done in moving the charge.