Problem 2. A particle of -0.256 C charge moves from a location A to a location...

 

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Problem 2. A particle of -0.256 C charge moves from a location A to a location Bin an electric field, as shown. +556 V (a) Calculate the potential difference between location A and location B: In moving from location A to location B, the electric potential (b) Calculate the change in the potential energy of the particle, as it moved from A to B: In moving from location A to location B, the electric potential energy. (c) Calculate the work done by the electric force on this particle, as the particle moved from A to B: Some multiple-choice questions, regarding the situation above: Clearly mark the one option you choose-there is only one correct option for each question. 1. The motion of this charge from A to B is: (a) spontaneous (d) Assume that the field is constant. If the distance between equipotential A and equipotential 8 is 5.00 m. calculate the magnitude of the electric field: (b) not spontaneous initial 2. Where is the positive side of this electric field? (a) nearer location A (b) nearer location B 3. In what direction is the electric force that happens to the charge as it moves from A to B? (a) the force pulls UP - (b) the force pulls DOWN 4. In what direction is the electric field? (a) the field is UP (b) the field is DOWN (c) the force pulls RIGHT (d) the force pulls LEFT (c) the field is to the RIGHT (d) the field is to the LEFT +431 V final Problem 2. A particle of -0.256 C charge moves from a location A to a location Bin an electric field, as shown. +556 V (a) Calculate the potential difference between location A and location B: In moving from location A to location B, the electric potential (b) Calculate the change in the potential energy of the particle, as it moved from A to B: In moving from location A to location B, the electric potential energy. (c) Calculate the work done by the electric force on this particle, as the particle moved from A to B: Some multiple-choice questions, regarding the situation above: Clearly mark the one option you choose-there is only one correct option for each question. 1. The motion of this charge from A to B is: (a) spontaneous (d) Assume that the field is constant. If the distance between equipotential A and equipotential 8 is 5.00 m. calculate the magnitude of the electric field: (b) not spontaneous initial 2. Where is the positive side of this electric field? (a) nearer location A (b) nearer location B 3. In what direction is the electric force that happens to the charge as it moves from A to B? (a) the force pulls UP - (b) the force pulls DOWN 4. In what direction is the electric field? (a) the field is UP (b) the field is DOWN (c) the force pulls RIGHT (d) the force pulls LEFT (c) the field is to the RIGHT (d) the field is to the LEFT +431 V final

Answer rating: 100% (QA)

The potential difference AV between point A and point B is given by AV ... View the full answer