Question: I. Complete the table. Show your solution: No Voltage (V) Current (1) Resistance (Volts) (V) Ampere (A) Ohms (2) 220 400 2 0.5 20 3

 I. Complete the table. Show your solution: No Voltage (V) Current(1) Resistance (Volts) (V) Ampere (A) Ohms (2) 220 400 2 0.5

I. Complete the table. Show your solution: No Voltage (V) Current (1) Resistance (Volts) (V) Ampere (A) Ohms (2) 220 400 2 0.5 20 3 60 1.5 B. Answer the following? 1. What happens to the intensity or the brightness of the lamps connected in series as more and more lamps are added?!. Complete the table below. Using the equation . = EA cos0 . Complete the table below. Show your Solution Electric Flux Elecric Field Area (m) Angle (N/C) (degree) 500 N/C 5 m2 0 6.5 x 10 4 275 N/C 450 2550 2.75 m 750 Problem Solving: Solve the problem below. Show your solution. 1. 1. A sphere has a 400 N/C electric field. A small sphere is 0.20 away from the sphere. What is the charge in the sphere? 2. Two charges attract each other with a force of 80 N. How far a 5.0 x 10 C charge from a -3.0 x 10 -C charge

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