In the four situations below (A-D) a negative point charge of magnitude Q is placed at the location marked with an X. Calculate the magnitude of the net force on this charge using Coulombs law, F = (where k R² 1/4T€0). Describe the direction of the force for each situation. Denote the side length of a single grid square below as d. Express you answer in terms of kQ² /d². Use symmetry to simplify when possible. -Q Q Q Q 4Q -Q Q Q -Q 2Q Q A C D
In the four situations below (A-D) a negative point charge of magnitude Q is placed at the location marked with an X. Calculate the magnitude of the net force on this charge using Coulombs law, F = (where k R² 1/4T€0). Describe the direction of the force for each situation. Denote the side length of a single grid square below as d. Express you answer in terms of kQ² /d². Use symmetry to simplify when possible. -Q Q Q Q 4Q -Q Q Q -Q 2Q Q A C D
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Please write all details and properties. I would much appreciate it a lot. Any property or remark, regardless of how insignificant, please include in the answer. Thank you very much.
Transcribed Image Text:In the four situations below (A-D) a negative point charge of magnitude Q is placed
at the location marked with an X. Calculate the magnitude of the net force on this charge using
KQ1Q2
(where k
R2
Coulombs law, F
1/4T€0). Describe the direction of the force for each
situation. Denote the side length of a single grid square below as d. Express you answer in terms
of kQ²/d². Use symmetry to simplify when possible.
-Q
4Q
-Q
Q
-Q
2Q
A
B
C
D
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