A line with non-uniform linear charge density A(y) = (+5.0 × 10¬0)y extends from y = 0.0m to y = 3.0m. Electric field generated by the line at position A(x = 4.0m, y = 0.0m) has both a and y components. C m2 What is the direction of the x component of the electric field at A? [ Select J What is the direction of the y component of the electric field at A? (Select ] What is the magnitude of the x component of the electric field at position A? [ Select] y 3.0 т A
A line with non-uniform linear charge density A(y) = (+5.0 × 10¬0)y extends from y = 0.0m to y = 3.0m. Electric field generated by the line at position A(x = 4.0m, y = 0.0m) has both a and y components. C m2 What is the direction of the x component of the electric field at A? [ Select J What is the direction of the y component of the electric field at A? (Select ] What is the magnitude of the x component of the electric field at position A? [ Select] y 3.0 т A
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The answer for first box is, 0 (no direction), negative x, positive x. For second box is, positive y, negative y, 0 (no direction). And for the third box is, 0, 3000, 1000, 9000, 6000 (in unit of N/C)
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![A line with non-uniform linear charge density X(y) = (+5.0 × 10¬0 )y extends from y= 0.0m to y = 3.0m. Electric field
m2
generated by the line at position A(x = 4.0m, y = 0.0m) has both a and y components.
What is the direction of the x component of the electric field at A? [ Select ]
What is the direction of the y component of the electric field at A? ( Select |
[ Select ]
What is the magnitude of the x component of the electric field at position A?
у
3.0 т
A
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Transcribed Image Text:A line with non-uniform linear charge density X(y) = (+5.0 × 10¬0 )y extends from y= 0.0m to y = 3.0m. Electric field
m2
generated by the line at position A(x = 4.0m, y = 0.0m) has both a and y components.
What is the direction of the x component of the electric field at A? [ Select ]
What is the direction of the y component of the electric field at A? ( Select |
[ Select ]
What is the magnitude of the x component of the electric field at position A?
у
3.0 т
A
>
Transcribed Image Text:8.85 x 10-12 C2
Useful Constants:
k = 9.00 x 10° Nm2
C2
%3D
€0 =
Nm2
e = 1.6 x 10-19C
%3D
me = -31 kg
= 9.11 × 10
31 kg
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