Using the answer bank provided, complete each of the statements below. (i.) A free negative charge released in an electric field only will - (ii.) A free positive charge released in an electric field only will - (iii.) A free positive charge at rest in a magnetic field only will Answer Bank accelerate in the direction in which the electric field is pointing. accelerate in the direction opposite the electric field. accelerate in the direction perpendicular to the electric field. accelerate along a circular path. remain at rest.

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Chapter1: Units, Trigonometry. And Vectors
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Using the answer bank provided, complete each of the statements below. (i.) A free negative charge released in an electric field only will -

(ii.) A free positive charge released in an electric field only will -

(iii.) A free positive charge at rest in a magnetic field only will -

Answer Bank
accelerate in the direction in which the electric field is pointing. accelerate in the direction opposite the electric field. accelerate in the direction perpendicular to the electric field. accelerate along a circular path.
remain at rest.

Using the answer bank provided, complete each of the statements below.
(i.) A free negative charge released in an electric field only will
(ii.) A free positive charge released in an electric field only will -
(iii.) A free positive charge at rest in a magnetic field only will -
Answer Bank
accelerate in the direction in which the electric field is pointing.
accelerate in the direction opposite the electric field.
accelerate in the direction perpendicular to the electric field.
accelerate along a circular path.
remain at rest.
Transcribed Image Text:Using the answer bank provided, complete each of the statements below. (i.) A free negative charge released in an electric field only will (ii.) A free positive charge released in an electric field only will - (iii.) A free positive charge at rest in a magnetic field only will - Answer Bank accelerate in the direction in which the electric field is pointing. accelerate in the direction opposite the electric field. accelerate in the direction perpendicular to the electric field. accelerate along a circular path. remain at rest.
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