A particle q with negative charge is located in the coordinate q: (3, 0, 0) (See figure on page following. SI unit system; a) find the electric field1 E (0, −4, 0) b) If q = +41.704 nC, what is the value of E (0, −4, 0)? c) If q = −1.39 µC, what is the value of E (0, −4, 0)? What force FQ (0, −4, 0) will feel at a charge Q = 2 mC placed at that location (under the conditions of part c))
A particle q with negative charge is located in the coordinate q: (3, 0, 0) (See figure on page following. SI unit system; a) find the electric field1 E (0, −4, 0) b) If q = +41.704 nC, what is the value of E (0, −4, 0)? c) If q = −1.39 µC, what is the value of E (0, −4, 0)? What force FQ (0, −4, 0) will feel at a charge Q = 2 mC placed at that location (under the conditions of part c))
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A particle q with negative charge is located in the coordinate q: (3, 0, 0) (See figure on page following. SI unit system;
- a) find the electric field1 E (0, −4, 0)
- b) If q = +41.704 nC, what is the value of E (0, −4, 0)?
- c) If q = −1.39 µC, what is the value of E (0, −4, 0)?
What force FQ (0, −4, 0) will feel at a charge Q = 2 mC placed at that location (under the conditions of part c))
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