4G20:05SPHA022 ASSIGNMENT 1 2020Total: 601.1A line of charge starts at x = + xo and extends to positiveinfinity. The linear charge density is A = Aoxo/x. Deter-mine the electric field at the origin.А.E= e 0(1)eВ.KxE="• 0(-i)2xKxE= e 0(-i)С.KxD.E= e0(i)2xKE="e (-i)2x1.2Identical thin rods of length 2a carry equal charges + Quniformly distributed along their lengths. The rods liealong the x axis with their centers separated by a distanceb> 2a Figure 1.1Determine the magnitude of the force exerted1/ by the left rod on the right one.Get OfficeSuite for Windo..OfficeSuiteNow.comE.

Linear charge density of the line charge (λ)=λ0x0x

A line of charge starts at x = + xo and extends to positive infinity. The linear charge density is a = Aoxo/x. Deter- mine the electric field at the origin. A. K x E= e () Kx E= e 0(-i) В. 2x С. E= e 0(-i) D. E= e °(1) 2x K E. E= e (-1) 2x

A line of charge starts at x = + xo and extends to positive infinity. The linear charge density is a = Aoxo/x. Deter- mine the electric field at the origin. A. K x E= e () Kx E= e 0(-i) В. 2x С. E= e 0(-i) D. E= e °(1) 2x K E. E= e (-1) 2x

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Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Electric Charges and Fields

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Question

4G
20:05
SPHA022 ASSIGNMENT 1 2020
Total: 60
1.1
A line of charge starts at x = + xo and extends to positive
infinity. The linear charge density is A = Aoxo/x. Deter-
mine the electric field at the origin.
А.
E= e 0(1)
e
В.
Kx
E="• 0(-i)
2x
Kx
E= e 0(-i)
С.
Kx
D.
E= e
0(i)
2x
K
E="e (-i)
2x
1.2
Identical thin rods of length 2a carry equal charges + Q
uniformly distributed along their lengths. The rods lie
along the x axis with their centers separated by a distance
b> 2a Figure 1.1
Determine the magnitude of the force exerted
1/ by the left rod on the right one.
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