For a positively charged particle, how does the direction of the electric force compare to the direction of the electric field?

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Multiple Choice

For a positively charged particle, how does the direction of the electric force compare to the direction of the electric field?

Explanation:
Electric fields indicate the direction a positive test charge would accelerate. The force on a charge is F = qE, so when the charge is positive, the force points in the same direction as the field. If the charge were negative, the force would point opposite to the field. So for a positively charged particle, the electric force moves in the same direction as the electric field.

Electric fields indicate the direction a positive test charge would accelerate. The force on a charge is F = qE, so when the charge is positive, the force points in the same direction as the field. If the charge were negative, the force would point opposite to the field. So for a positively charged particle, the electric force moves in the same direction as the electric field.

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