Question 1 Point load qi=q3=5 uC, q2=- 2 and a = 0.10 m placed at the question corners of the road in the figure 1. one. Find to cause q3 charge. k = 9 109 sin45°=cos45°=0.7 (N+m2 ca-). b. To show the resultant strength, direction and possession
Question 1
Point load qi=q3=5 uC, q2=- 2 and a = 0.10 m placed at the question corners of the road in the figure 1. one. Find to cause q3 charge. k = 9 109 sin45°=cos45°=0.7 (N+m2 ca-). b. To show the resultant strength, direction and possession.
Question 2
As seen in the figure, the q = 2 charge is at the origin, and the q2=-6 charge is at (0:3)m. a. Find the total electrical potential created by these charges (4:0) at point P at m.
b. Find the change in potential energy of a 3 uC charge brought from infinity to point P. = 9 * 10° (N-m- с2
Question 3
a. Explain the connection of capacitances (capacitors).
b. Find the equivalent capacitance between points a and b in the circuit in the figure. Capacities are in p.F. If Vab=100 Volts, calculate the total energy stored.
Step by step
Solved in 6 steps with 11 images