Given a system of charges in Figure 1, derive cquation(1) to calculate net electric field Ed at a mid-potnt between A and B,(1i) to calculate net electric potential(i1i) to calculate net electrostatic force F,e on an electron located at a mid-point beVnet at a mid-point between A and B, and20Figure 1: For Question 3(b.) Looking at your soltions in (a.). can vou say a system of charges in Figure 1answer in details(c.) Use deriyed equations n (a.) to evaluate E,. Vland F. iven that dgiven that 7

Recall E→=kqr3r→And V=kq/rand F=Eq

(a.) Given a system of charges in Figure 1, derive equation (i) to calculate net electric field Enet at a mid-point between A and B, (ii) to calculate net electric potential Vnet at a mid-point between A and B, and (iii) to calculate net electrostatic force F, net on an electron located at a mid-point be 2Q Figure 1: For Question 3. (b.) Looking at your solutions in (a.). can you say a svstem of charges in Figure 1 answer in details (c.) Use derived equations in (a.) to evaluate E, V and F, net. given that d

(a.) Given a system of charges in Figure 1, derive equation (i) to calculate net electric field Enet at a mid-point between A and B, (ii) to calculate net electric potential Vnet at a mid-point between A and B, and (iii) to calculate net electrostatic force F, net on an electron located at a mid-point be 2Q Figure 1: For Question 3. (b.) Looking at your solutions in (a.). can you say a svstem of charges in Figure 1 answer in details (c.) Use derived equations in (a.) to evaluate E, V and F, net. given that d

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Chapter1: Units, Trigonometry. And Vectors

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Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

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Given a system of charges in Figure 1, derive cquation
(1) to calculate net electric field Ed at a mid-potnt between A and B,
(1i) to calculate net electric potential
(i1i) to calculate net electrostatic force F,e on an electron located at a mid-point be
Vnet at a mid-point between A and B, and
20
Figure 1: For Question 3
(b.) Looking at your soltions in (a.). can vou say a system of charges in Figure 1
answer in details
(c.) Use deriyed equation
s n (a.) to evaluate E,. V
land F. iven that d
given that 7

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