Question

Consider a distribution of charges q1 = 5.00 MC, q2 = -3.00 C, q3 = 7.00 MC and q4 =-9.00 MC along x axis shown in the figure below. At point A, draw a free body diagram of the electric field. find the resultant electric field? find the resultant force on a 5th charge of magnitude of 4.00MC is placed at the point A using the E field found in part (b). Write down the expressions for electric potential and electric potential energy at A. You don't need to find the numerical values. 325points.Consider a distribution of charges q=5.00C,q=-3.00C,q=7.00Cand q =-9.00 C along x axis shown in the figure below.At point A a draw a free body diagram of the electric field.5 pts (b)find the resultant electric field?(8pts) c find the resultant force on a 5th charge of magnitude of 4.00 C is placed at the point A using the E field found in part (b.5 pts d Write down the expressions for clectric potential and electric potential energy at A.You dont need to find the numerical values.(7 pts) 6 91 1 0 -3 -92 a 93 A -94 X 10.0 2.00 5.00 7.00 34 cm S110101144

          Consider a distribution of charges q1 = 5.00 MC, q2 = -3.00 C, q3 = 7.00 MC and q4 =-9.00 MC along x axis shown in the figure below. At point A,
draw a free body diagram of the electric field. find the resultant electric field? find the resultant force on a 5th charge of magnitude of 4.00MC is placed at the point A using the E field found in part (b). Write down the expressions for electric potential and electric potential energy at A. You don't need to find the numerical values.
325points.Consider a distribution of charges q=5.00C,q=-3.00C,q=7.00Cand q =-9.00 C along x axis shown in the figure below.At point A a draw a free body diagram of the electric field.5 pts (b)find the resultant electric field?(8pts) c find the resultant force on a 5th charge of magnitude of 4.00 C is placed at the point A using the E field found in part (b.5 pts d Write down the expressions for clectric potential and electric potential energy at A.You dont need to find the numerical values.(7 pts)
6 91 1 0
-3 -92
a
93
A
-94 X 10.0
2.00
5.00
7.00
34
cm
S110101144

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consider a distribution of charges q1 500 mc q2 300 c q3 700 mc and q4 900 mc along x axis shown in the figure below at point a draw a free body diagram of the electric field find the result 59035

Added by Chase M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Karan Soni

03/16/2022

Step 1

To draw the free body diagram, we need to consider the electric field created by each charge at point A. The direction of the electric field is determined by the sign of the charge. Positive charges create electric fields that point away from them, while negative Show more…

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Consider a distribution of charges q1 = 5.00 MC, q2 = -3.00 C, q3 = 7.00 MC and q4 =-9.00 MC along x axis shown in the figure below. At point A, draw a free body diagram of the electric field. find the resultant electric field? find the resultant force on a 5th charge of magnitude of 4.00MC is placed at the point A using the E field found in part (b). Write down the expressions for electric potential and electric potential energy at A. You don't need to find the numerical values. 325points.Consider a distribution of charges q=5.00C,q=-3.00C,q=7.00Cand q =-9.00 C along x axis shown in the figure below.At point A a draw a free body diagram of the electric field.5 pts (b)find the resultant electric field?(8pts) c find the resultant force on a 5th charge of magnitude of 4.00 C is placed at the point A using the E field found in part (b.5 pts d Write down the expressions for clectric potential and electric potential energy at A.You dont need to find the numerical values.(7 pts) 6 91 1 0 -3 -92 a 93 A -94 X 10.0 2.00 5.00 7.00 34 cm S110101144

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00:01 Hello everyone, if we talk about this question, in this given question we are given with three charges which are pleased at x1 equals to minus 2 meter, x2m, x2 equals to 3 meter and x3 equals to 7 meter, and the magnitude of charges are 40 microculum, 30 microculum and 20 microculum.

00:16 Now you can clearly see that the distance between charge 1 and charge 2 is 5 meter and between charge 2 and charge 3 is 4 meter.

00:24 Now we have to find out, first we have to make free body diagrams of all these 3 charges.

00:29 So let us consider this is charge q1.

00:32 Okay, now since all the charges are positive, so they will ripple each other.

00:36 Now q1 will be repelled by the charge 2 as well as charge 3 in the same direction, okay, because they are lying on the right -and -side direction.

00:44 So right -and -side of q1, so they will push q1 in the left -hand side.

00:48 So the net force on q1 will be force on charge 1 due to 2 plus force on charge 1 due to 3.

00:56 This is the free body diagram of q1.

00:58 Now similarly, let us try to 1.

00:59 To make the free body diagram of q2.

01:01 Now the charge q1 will ripple q2 in this particular direction and charge q3 will ripple q2 into a left -hand side direction.

01:08 So here the force will be f, force on 2 due to 1 and in this direction force on 2 due to 3.

01:15 This is free body diagram of q2.

01:17 And at last, let's suppose this is charge 3, q3 and net force on q3 will be on right -in side because q2 will ripple q3 in the right -in side and q1 will also ripple q3 in the right -and -side direction.

01:30 Okay, so net force on q3 will be force on three due to 1 plus force on 3 due to 2...

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