Three charges are located as shown in the figure below. Charge Q1 = 3×10−9 C is located at the origin [0; 0] m Charge Q2 = −8×10−9 C is located at [4; 0] m Charge Q3 = 5×10−9 C is located at [4; 5]m The point ' P ' is located at [0; 5] m. a. [5 points] Find the electric potential due to Q1 at point P V1 = [V] b. [5 points] Find the electric potential due to Q2 at point P V2 = [V] c. [5 points] Find the electric potential due to Q3 at point P V3 = [V] d. [5 points] Find the electric potential energy between Q1 and Q3 U13 = [J]

Three charges are located as shown in the figure below. Charge Q1 = 3×10−9 C is located at the origin [0; 0] m Charge Q2 = −8×10−9 C is located at [4; 0] m Charge Q3 = 5×10−9 C is located at [4; 5]m The point ' P ' is located at [0; 5] m. a. [5 points] Find the electric potential due to Q1 at point P V1 = [V] b. [5 points] Find the electric potential due to Q2 at point P V2 = [V] c. [5 points] Find the electric potential due to Q3 at point P V3 = [V] d. [5 points] Find the electric potential energy between Q1 and Q3 U13 = [J]

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[20 points] Three charges are located as shown in the figure below.
  • Charge Q 1 = 3 × 10 9 C is located at the origin [ 0 ; 0 ] m
  • Charge Q 2 = 8 × 10 9 C is located at [ 4 ; 0 ] m
  • Charge Q 3 = 5 × 10 9 C is located at [ 4 ; 5 ] m
The point ' P ' is located at [ 0 ; 5 ] m . a. [5 points] Find the electric potential due to Q 1 at point P
V 1 = [ V ]
b. [5 points] Find the electric potential due to Q 2 at point P
V 2 =
[V] c. [5 points] Find the electric potential due to Q 3 at point P
V 3 = [ V ]
d. [5 points] Find the electric potential energy between Q 1 and Q 3
U 13 = [ J ]

Detailed Answer