THE MAGNITUDE OF E is defined to be E =, i.e., force per charge. 9 Note:...

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THE MAGNITUDE OF E is defined to be E =, i.e., force per charge. 9 Note: Non-bolded quantities represent magnitude only. EXAMPLE: Given that: E = 5 N/C to the right at this point. Then, A 1C charge placed here is pushed to the right with a force of 5 N. F=5N A 3 C charge placed here is pushed to the right with a force of F = 15 N 15 N. 9=3C A-2 C charge placed here is pushed to the left with a force of 10 N. F= 10 N q=-2C Q2. For the example above, show that in part (b) the magnitude of the force F is 15N. Electric Field Q3. For the example above, explain why in part (c) the charge -q is pushed to the left. THE MAGNITUDE OF E is defined to be E =, i.e., force per charge. 9 Note: Non-bolded quantities represent magnitude only. EXAMPLE: Given that: E = 5 N/C to the right at this point. Then, A 1C charge placed here is pushed to the right with a force of 5 N. F=5N A 3 C charge placed here is pushed to the right with a force of F = 15 N 15 N. 9=3C A-2 C charge placed here is pushed to the left with a force of 10 N. F= 10 N q=-2C Q2. For the example above, show that in part (b) the magnitude of the force F is 15N. Electric Field Q3. For the example above, explain why in part (c) the charge -q is pushed to the left.