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The electric field lines around three point charges are shown below. The magnitude of charge 2 (in the center) is 190 C. Assuming the usual conventions for electric field lines, what is the NET charge of all three charges put together?

The electric field lines around three point charges are shown below. The magnitude of charge 2 (in the center) is 190 C. Assuming the usual conventions for electric field lines, what is the NET charge of all three charges put together?

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Question 12 The electric field lines around three point charges are shown below. The magnitude of charge 2 (in the center) is 19.0 C. Assuming the usual conventions for electric field lines, what is the NET charge of all three charges put together? O Always show vic Give your answer as a number in coulombs to the nearest tenth (number only, no units). Your answer must be correct to within 0.1 C to be accepted. Question 13
Transcribed Image Text:Question 12 The electric field lines around three point charges are shown below. The magnitude of charge 2 (in the center) is 19.0 C. Assuming the usual conventions for electric field lines, what is the NET charge of all three charges put together? O Always show vic Give your answer as a number in coulombs to the nearest tenth (number only, no units). Your answer must be correct to within 0.1 C to be accepted. Question 13
(2 + d?)/2 Question 11 Two charges, Q1 and Q2, are positioned along the x axis with a distance 3d between them. At a point on the axis a distance d to the right of Q1, the net electric field is exactly zero. If the charge of Q1 is 6.4 C, what is the charge of Q2 in Coulombs? O Always show E-0 Q2 3d Enter your answer in coulombs, to the nearest 0.1 C, as a number only (no units).
Transcribed Image Text:(2 + d?)/2 Question 11 Two charges, Q1 and Q2, are positioned along the x axis with a distance 3d between them. At a point on the axis a distance d to the right of Q1, the net electric field is exactly zero. If the charge of Q1 is 6.4 C, what is the charge of Q2 in Coulombs? O Always show E-0 Q2 3d Enter your answer in coulombs, to the nearest 0.1 C, as a number only (no units).
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