Which equipotential is at a higher potential, the one on the left or the one on

Q: Which equipotential is at a higher potential, the one on the left or the one on

(6) electric field direction is from high potential to low potential option (b) -------------------------- Vleft - Vright = E*(xr-xl) 3650 - Vright = 20*(60-10) Vright = 2650 v need the details of Excercise 23.2 on page 779

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Which equipotential is at a higher potential, the one on the left or the one on the right? The one on the right The one on the left They must be at the same potential, because this is a constant field. It could be both, depending on the source. Not enough information is given to know. If the voltage of the left equipotential is 3650 V, what is the voltage of the equipotential on the right? 3650 V 4650 V 2650 V 3600 V The value is arbitrary. Questions 8 to 11. Go to the textbook and find Exercise 23.2 on page 779, the one about the point charge q_1, held stationary at the origin. Solve the problem and then answer the following questions about it. Arc the charges qt and g} of the same type or of opposite type? They must be of the same type. They must be of opposite type. They could be same or opposite, this is not specified because it does not change the situation described. In moving from a to b. arc q, and q, getting closer or moving apart? They must be getting closer. They must be moving apart. They are getting closer if both arc positive; they are moving apart if they are both negative. They are getting closer if both arc negative; they are moving apart if they arc of opposite signs. Their direction of motion cannot be determined with the given information. In moving from a to b. is the potential energy of the pair increasing or decreasing? Increasing Decreasing Actually, it is staying constant. Cannot determine-the increase or decrease depends on the sign of q_2 The motion of q_2 from a to b was Spontaneous Not spontaneous Actually, it could be both in this case.

Explanation / Answer

(6)

electric field direction is from high potential to low potential

option (b)

--------------------------

Vleft - Vright = E*(xr-xl)

3650 - Vright = 20*(60-10)

Vright = 2650 v

need the details of Excercise 23.2 on page 779

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Which equipotential is at a higher potential, the one on the left or the one on

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Which equipotential is at a higher potential, the one on the left or the one on

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