Consider two point charges: one placed at (4.00 cm, 0.00 cm) with a charge of 20.00 nC, the second placed at (0.00 cm, 0.00 cm) with a charge of 10.00 nC. Assuming that the positive x direction points right, and the positive y direction points up, 1. What direction is the net electric field, due to the two charges, at the point ( 2.00 cm, −5.00 cm)? 2. What direction is the net electric field, due to the two charges, at the point ( −6.00 cm, −15.00 cm)? 3. Draw a sketch of the electric field lines for the net electric field of these two charges with five lines starting at each charge.
Consider two point charges: one placed at (4.00 cm, 0.00 cm) with a charge of 20.00 nC, the second placed at (0.00 cm, 0.00 cm) with a charge of 10.00 nC. Assuming that the positive x direction points right, and the positive y direction points up, 1. What direction is the net electric field, due to the two charges, at the point ( 2.00 cm, −5.00 cm)? 2. What direction is the net electric field, due to the two charges, at the point ( −6.00 cm, −15.00 cm)? 3. Draw a sketch of the electric field lines for the net electric field of these two charges with five lines starting at each charge.
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Consider two point charges: one placed at (4.00 cm, 0.00 cm) with a charge of 20.00 nC, the second placed at (0.00 cm, 0.00 cm) with a charge of 10.00 nC. Assuming that the positive x direction points right, and the positive y direction points up, 1. What direction is the net electric field, due to the two charges, at the point ( 2.00 cm, −5.00 cm)? 2. What direction is the net electric field, due to the two charges, at the point ( −6.00 cm, −15.00 cm)? 3. Draw a sketch of the electric field lines for the net electric field of these two charges with five lines starting at each charge.
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