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22 Within an existing electric field, Point P has a greater number of electric field lines moving near it than Point T. Which of the following is true regarding the electric field? F Point T is farther away from the charge used to generate the field than Point P. G Identical charges placed at Point P and Point T will result in similar forces. H A charge placed at Point P must have a greater magnitude than a charge placed at Point T. J Charges placed at Point P and Point T must have different polarity.

22 Within an existing electric field, Point P has a greater number of electric field lines moving near it than Point T. Which of the following is true regarding the electric field? F Point T is farther away from the charge used to generate the field than Point P. G Identical charges placed at Point P and Point T will result in similar forces. H A charge placed at Point P must have a greater magnitude than a charge placed at Point T. J Charges placed at Point P and Point T must have different polarity.

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Electrical & magnetic forces
22 Within an existing electric field, Point P has a greater number of electric field lines moving near it than Point T. Which of the following is true regarding the electric field? F Point T is farther away from the charge used to generate the field than Point P. G Identical charges placed at Point P and Point T will result in similar forces. HA charge placed at Point P must have a greater magnitude than a charge placed at Point T. J Charges placed at Point P and Point T must have different polarity.
Transcribed Image Text:22 Within an existing electric field, Point P has a greater number of electric field lines moving near it than Point T. Which of the following is true regarding the electric field? F Point T is farther away from the charge used to generate the field than Point P. G Identical charges placed at Point P and Point T will result in similar forces. HA charge placed at Point P must have a greater magnitude than a charge placed at Point T. J Charges placed at Point P and Point T must have different polarity.
23 Which of the following graphs correctly demonstrates the relationship between the electromagnetic force and distance between charges? A 2 Distance (m) B 1 2 Distance (m) 2 Distance (m) Force (N) Force (N) Force (N) 1 2 Distance (m) 3
Transcribed Image Text:23 Which of the following graphs correctly demonstrates the relationship between the electromagnetic force and distance between charges? A 2 Distance (m) B 1 2 Distance (m) 2 Distance (m) Force (N) Force (N) Force (N) 1 2 Distance (m) 3
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