In a traditional xy-plane, there are 2 charged objects. At (x,y) = (8 m, 0 m),...

In a traditional xy-plane, there are 2 charged objects. At (x,y) = (8 m, 0 m), there is a 4 nC charge (Q1), and at (-5 m, 0 m), there is a -9 nC charge (Q2). What is the electric field at (0 m, 6 m)? What is the electric potential at (0 m, 6 m)? If a 7 nC charge were placed at (0 m, 6 m), what would be the force on it? If Gaussian sphere with radius of 8 m were centered at (0 m, 6 m), what is the total electric flux through its surface? (Assume the 7 nC charge is still at (0 m, 6 m).)

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genius_generous answered 1 year ago

Along a number line, there exist 2 charged objects. At x = 8 m, there is...

Along a number line, there exist 2 charged objects. At x = 8 m, there is a 4 nC charge (Q1), and at x = -5 m, there is a -9 nC charge (Q2). What is the electric field at x = 0 m? What is the electric potential at x = 0 m? If a third charge (Q3 = 1.6190 nC) were place on the number line so that it was in equilibrium, where would it be placed? Given...

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q) a)Parametrize the following paths from (−2, 0) to (2, 0) in the xy-plane: • A...

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A) In the XY plane there is an electrically charged ring, with an electrical charge of...

A) In the XY plane there is an electrically charged ring, with an electrical charge of 5C and a radius R. On the other hand, there is a point electrical charge -1C in (0, 0, 2). Calculate the electrical potential in points of the shape (0, 0, z) (where z is different from 0). From this potential, calculate the electric field E⃗ (0, 0, z). B) A disc of radius R uniformly charged electrically, with total electrical charge 5C, located...

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In a traditional xy-plane, there are 2 charged objects. At (x,y) = (8 m, 0 m),...

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