A line of charge of length L42cm with charge Q-430.0nC lies along the positive Y axis whose one end is at the origin 0. A point charge q-310.0uC lies on point P(41,21.0) Here the coordinates are given in centi-meters

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I understand your policy and thanks for solving the first three parts. Can you now solve part d, e and f? Thanks.

b Success Confirmation of Questio x
M Your Physics answer is ready. - fa x
b Answered: N-m2/C2. Vacuum Us X
b Success Confirmation of Questio X
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A bartleby.com/questions-and-answers/n-m2c2.-vacuum-use-the-following-constants-permittivity-co-8.854x10-12fm.-magnitude-of-the-charge-of/a0b8ec4e-65e5-4625-8b7e-d875cb3e1907
A line of charge of length L=42cm with charge Q-430.0nC lies along the positive Y axis whose one
end is at the origin 0. A point charge q=310.0µC lies on point P=[41,21.0) Here the coordinates are
given in centi-meters.
a) Find the Electric field at P due to the rod.
x component of E
y component of E_
b) Find the charge density of the rod?
why is it in C/m but not in C/m"2
Charge density
Part II
There is a charge qı=49nC at pi=(21.0,0) and q2=21nC at p2-(9,6). Remember all the
coordinates are in centimeters.
c) Find E field due to the rod at point pi
x component of the field
y component of the field
d) Find the E field at pi due to the rod and q2 charge
x component of the field
y component of the field
e) What is the angle with the +x axis made by E obtained in (d)?
Angle
) What is the net force on q1?
x component of the Force
y component of the Force
836 PM
2/22/2022
24°C
ENG
Haze
12:17 PM
Links
25°C Haze
G O 4) ENG
2/23/2022
Transcribed Image Text:b Success Confirmation of Questio x M Your Physics answer is ready. - fa x b Answered: N-m2/C2. Vacuum Us X b Success Confirmation of Questio X + -> A bartleby.com/questions-and-answers/n-m2c2.-vacuum-use-the-following-constants-permittivity-co-8.854x10-12fm.-magnitude-of-the-charge-of/a0b8ec4e-65e5-4625-8b7e-d875cb3e1907 A line of charge of length L=42cm with charge Q-430.0nC lies along the positive Y axis whose one end is at the origin 0. A point charge q=310.0µC lies on point P=[41,21.0) Here the coordinates are given in centi-meters. a) Find the Electric field at P due to the rod. x component of E y component of E_ b) Find the charge density of the rod? why is it in C/m but not in C/m"2 Charge density Part II There is a charge qı=49nC at pi=(21.0,0) and q2=21nC at p2-(9,6). Remember all the coordinates are in centimeters. c) Find E field due to the rod at point pi x component of the field y component of the field d) Find the E field at pi due to the rod and q2 charge x component of the field y component of the field e) What is the angle with the +x axis made by E obtained in (d)? Angle ) What is the net force on q1? x component of the Force y component of the Force 836 PM 2/22/2022 24°C ENG Haze 12:17 PM Links 25°C Haze G O 4) ENG 2/23/2022
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