2.) Consider a negatively charged particle which moves in an area of space where an electric field exists. No other forces act on the particle. Which of the following is a correct statement? Explain your reasoning. The particle (a) Gains potential energy and kinetic energy when it moves in the direction of the electric field (b) Loses electric potential energy when the particle moves in the direction of the electric field (c) Gains kinetic energy when it moves in the direction of the field (d) Gains electric potential energy when it moves in the direction of the field (e) Gains potential difference and electric potential energy when it moves in the direction of the field.
2.) Consider a negatively charged particle which moves in an area of space where an electric field exists. No other forces act on the particle. Which of the following is a correct statement? Explain your reasoning. The particle (a) Gains potential energy and kinetic energy when it moves in the direction of the electric field (b) Loses electric potential energy when the particle moves in the direction of the electric field (c) Gains kinetic energy when it moves in the direction of the field (d) Gains electric potential energy when it moves in the direction of the field (e) Gains potential difference and electric potential energy when it moves in the direction of the field.
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Transcribed Image Text:2.) Consider a negatively charged particle which moves in an area of space where an electric
field exists. No other forces act on the particle. Which of the following is a correct
statement? Explain your reasoning. The particle
(a) Gains potential energy and kinetic energy when it moves in the direction of the
electric field
(b) Loses electric potential energy when the particle moves in the direction of the
electric field
(c) Gains kinetic energy when it moves in the direction of the field
(d) Gains electric potential energy when it moves in the direction of the field
(e) Gains potential difference and electric potential energy when it moves in the
direction of the field.
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