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Here is the solution to the next question. 4. Calculate the work done by the electric field The work done by the electric field (W_AB) when a charge Q moves from point A to point B is given by the formula W_AB = Q(V_A - V_B), where V_A is the potential at point A and V_B is the potential at point B. Step 1: Identify the given values and convert units. The charge is Q = 12 \, = 12 × 10^-6 \, C. The potential at point A is V_A = 10 \, V. The potential at point B is V_B = 6 \, V. Step 2: Apply the formula for work done by the electric field. The formula is: W_AB = Q(V_A - V_B) Step 3: Substitute the values and calculate the work done. W_AB = (12 × 10^-6 \, C) (10 \, V - 6 \, V) W_AB = (12 × 10^-6 \, C) (4 \, V) W_AB = 48 × 10^-6 \, J Step 4: Express the result in appropriate units. W_AB = 48 \, The work done by the electric field is 48 . That's 2 down. 3 left today — send the next one.