c) Two charged particles Q and O are arranged in line as shown in Figure 4....

 

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c) Two charged particles Q and O are arranged in line as shown in Figure 4. The distance between Q and point P is R and between Q is 0.03 m. Calculate the electric potential at point P? (k=8.99 10 N. m. C-) 21 25 x 10-6 C R 0.1 m Figure 4 Q2 - 50 10-6 C 0.03 m Determine work done by electric field to move an electron from a point with a potential of +100 to a point where it is 0 V. (charge electron = 1.6 10-19 C) c) Two charged particles Q and O are arranged in line as shown in Figure 4. The distance between Q and point P is R and between Q is 0.03 m. Calculate the electric potential at point P? (k=8.99 10 N. m. C-) 21 25 x 10-6 C R 0.1 m Figure 4 Q2 - 50 10-6 C 0.03 m Determine work done by electric field to move an electron from a point with a potential of +100 to a point where it is 0 V. (charge electron = 1.6 10-19 C)

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The provided image depicts a scenario with two charged particles Q1 25 times 106 C and Q2 50 times 1... View the full answer