q1 y q2 ob Given: q1 = 160 microcoulomb q2 = 180 microcoulomb q0 = -15 microcoulomb y = 1.5 meters (distance between q1 and q0) x = 1.6 meters (distance between q2 and q0) Part 1. Find the Force experienced by charge (q0), state your answer in both Component Form and Polar Form. Part 2. Assume that charge (q0) is a test charge, Find the Electric Field at the location of (q0). state your answer in both Component Form and Polar Form.
q1 y q2 ob Given: q1 = 160 microcoulomb q2 = 180 microcoulomb q0 = -15 microcoulomb y = 1.5 meters (distance between q1 and q0) x = 1.6 meters (distance between q2 and q0) Part 1. Find the Force experienced by charge (q0), state your answer in both Component Form and Polar Form. Part 2. Assume that charge (q0) is a test charge, Find the Electric Field at the location of (q0). state your answer in both Component Form and Polar Form.
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q2
ob
Given:
q1 = 160 microcoulomb
q2 = 180 microcoulomb
q0 = -15 microcoulomb
y = 1.5 meters (distance between q1 and q0)
x = 1.6 meters (distance between q2 and q0)
Part 1.
Find the Force experienced by charge (q0), state your answer
in both Component Form and Polar Form.
Part 2.
Assume that charge (q0) is a test charge, Find the Electric
Field at the location of (q0).
state your answer in both Component Form and Polar Form.
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