Calculating the Potential Difference between Two Points

• 1.

Two charges are located in a downward-facing electric field of 8 V/m. If charge A is located at the origin and charge B is located at {eq}y=-3 {/eq} m, identify the potential difference from charge B to charge A.

• -24 V

• -2.4 V

• 2.4 V

• 24 V

• 2.

Two charges are located in a downward-facing electric field of 15 V/m. Determine the potential difference from charge A to charge B given that the charge A is located at the origin and charge B is located at {eq}y=-4 {/eq} m.

• 60 V

• -6 V

• 6 V

• -60 V

• 3.

Find the potential difference from charge B to charge A given that two charges are located in an upward-facing electric field of 12 V/m, charge A is located at the origin and charge B is located at {eq}y= 5 {/eq} m.

• -60 V

• -6 V

• 60 V

• 6 V

• 4.

Calculate the potential difference from charge A to charge B given that two charges are located in an upward-facing electric field of 11 V/m, charge A is located at the origin and charge B is located at {eq}y= 3 {/eq} m.

• 33 V

• -33V

• -3.3 V

• 3.3 V

• 5.

Suppose that two charges are located in an electric field facing to the right of 9 V/m. What is the potential difference from charge A to charge B if charge A is located at the origin and charge B is located at {eq}x=4 {/eq} m?

• -36 V

• -3.6 V

• 36 V

• 3.6 V

• 6.

Assume that two charges are located in an electric field facing to the right of 13 V/m. How much is the potential difference from charge A to charge B if charge A is located at the origin and charge B is located at {eq}x=6 {/eq} m?

• 7.8 V

• -78 V

• 78 V

• -7.8 V

• 7.

Given that two charges are located in an electric field facing to the left of 18 V/m, which of the following is the corresponding potential difference from charge B to charge A if charge A is located at the origin and charge B is located at {eq}x=-7 {/eq} m?

• -126 V

• -12.6 V

• 126 V

• 12.6 V

• 8.

With the two charges located in an electric field facing to the left of 14 V/m, which of the following is the correct potential difference from charge A to charge B if charge A is located at the origin and charge B is located at {eq}x=-6 {/eq} m?

• -84 V

• 84 V

• 8.4 V

• -8.4 V

• 9.

Solve for the potential difference from charge B to charge A wherein the two charges are located in a downward-facing electric field of 10 V/m, charge A is located at {eq}y= 1 {/eq} m. and charge B is located at {eq}y= -5 {/eq} m.

• 50 V

• 60 V

• -50 V

• -60 V

• 10.

Compute for the potential difference from charge A to charge B wherein the two charges are located in a downward-facing electric field of 10 V/m, charge A is located at {eq}y= -2 {/eq} m. and charge B is located at {eq}y= -4 {/eq} m.

• -20 V

• 40 V

• 20 V

• -40 V

• 11.

Two charges are located in an upward-facing electric field of 7 V/m. If charge A is located at {eq}y=2 {/eq} m, and charge B is located at {eq}y=8 {/eq} m, analyze for the potential difference from charge B to charge A.

• 42 V

• -42 V

• 56 V

• -56 V

• 12.

Two charges are located in an upward-facing electric field of 11 V/m. If charge A is located at {eq}y=1 {/eq} m, and charge B is located at {eq}y=5 {/eq} m, evaluate for the potential difference from charge A to charge B.

• 44 V

• -55 V

• -44 V

• 55 V

• 13.

Determine the potential difference from charge A to charge B given that two charges are located in an electric field of 15 V/m facing to the right, in which charge A is located at {eq}x= 3 {/eq} m. and charge B is located at {eq}x= 6 {/eq} m.

• -45 V

• -90 V

• 45 V

• 90 V

• 14.

Identify the potential difference from charge B to charge A given that two charges are located in an electric field of 18 V/m facing to the right, in which charge A is located at {eq}x=-1 {/eq} m. and charge B is located at {eq}x= 5 {/eq} m.

• -108 V

• 72 V

• -72 V

• 108 V

• 15.

Suppose that two charges are located in an electric field of 17 V/m facing to the left. Find the potential difference from charge B to charge A if charge A is located at {eq}x=-2 {/eq} m and charge B is located at {eq}x=-8 {/eq} m.

• 102 V

• 136 V

• -102 V

• -136 V

• 16.

Assume that the two charges are located in an electric field of 20 V/m facing to the left. Calculate the potential difference from charge A to charge B if charge A is located at {eq}x=-3 {/eq} m and charge B is located at {eq}x=-10 {/eq} m.

• -140 V

• 200 V

• 140 V

• -200 V

• 17.

Given that two charges are located in an electric field of 19 V/m facing downward, what is the potential difference from charge A to charge B if charge A is located at the origin and charge B is located at {eq}y=-20 {/eq} dm?

• 38 V

• 380 V

• -38 V

• -380 V

• 18.

With the two charges located in an electric field of 15 V/m facing downward, how much is the potential difference from charge B to charge A if charge A is located at the origin and charge B is located at {eq}y=-28 {/eq} dm?

• 42 V

• -420 V

• -42 v

• 420 V

• 19.

Which of the following corresponds to the potential difference from charge B to charge A wherein the two charges are located in an upward-facing electric field of 16 V/m, charge A is located at the origin and charge B is located at {eq}y= -25 {/eq} dm?

• -400 V

• 400 V

• -40 V

• 40 V

• 20.

Choose the correct potential difference of a point charge from A to B wherein the two charges are located in an upward-facing electric field of 9 V/m, charge A is located at the origin and charge B is located at {eq}y= -37 {/eq} dm.

• 333 V

• -33.3 V

• 33.3 V

• -333 V

• 21.

Two charges are located in an electric field of 7 V/m facing to the right. If charge A is located at the origin and charge B is located at {eq}x=40 {/eq} dm, specify the potential difference from charge B to charge A.

• -28 V

• 28 V

• 280 V

• -280 V

• 22.

Two charges are located in an electric field of 18 V/m facing to the right. If charge A is located at the origin and charge B is located at {eq}x=51 {/eq} dm, analyze for the potential difference from charge A to charge B.

• 918 V

• -91.8 V

• 91.8 V

• -918 V

• 23.

Evaluate for the potential difference from charge A to charge B given that two charges are located in an electric field of 25 V/m facing to the left, charge A is located at the origin and charge B is located at {eq}x= -0.7 {/eq} dam.

• 175 V

• -175 V

• 17.5 V

• -17.5 V

• 24.

Assess which of the following choices is the correct potential difference from charge B to charge A, given that two charges are located in an electric field of 22 V/m facing to the left charge A is located at the origin and charge B is located at {eq}x= -0.6 {/eq} dam.

• -13.2 V

• 13.2 V

• -132 V

• 132 V

• 25.

Suppose that two charges are located in a downward-facing electric field of 17 V/m. Determine the potential difference from charge B to charge A if charge A is located at the origin and charge B is located at {eq}y=-0.8 {/eq} dam.

• 13.6 V

• -136 V

• -13.6 V

• 136 V

• 26.

Assume that two charges are located in a downward-facing electric field of 13 V/m. Identify the potential difference from charge A to charge B if charge A is located at the origin and charge B is located at {eq}y=-1 {/eq} dam.

• -130 V

• 130 V

• 13 V

• -13 V

• 27.

Given that two charges are located in an electric field of 12 V/m facing upward, find the potential difference from charge A to charge B if charge A is located at the origin and charge B is located at {eq}y=0.9 {/eq} dam.

• 10.8 V

• -108 V

• -10.8 V

• 108 V

• 28.

With the two charges located in an electric field of 14 V/m facing upward, calculate the potential difference from charge B to charge A if charge A is located at the origin and charge B is located at {eq}y=1.1 {/eq} dam.

• -154 V

• 15.4 V

• -15.4 V

• 154 V

• 29.

What is the potential difference from charge B to charge A wherein the two charges are located in a an electric field of 10 V/m facing to the left in which charge A is located at {eq}x= -0.2 {/eq} dam and charge B is located at {eq}x= -0.7 {/eq} dam?

• -50 V

• 50 V

• 5 V

• -5 V

• 30.

How much is the potential difference from charge A to charge B wherein the two charges are located in a an electric field of 19 V/m facing to the right, in which charge A is located at {eq}x= 0.1 {/eq} dam and charge B is located at {eq}x= 0.9 {/eq} dam?