Homework Answers
Solution :
Since work done in electric field only depends on the initial and final position, not on the path taken, i.e work done in eletric field is path independent..
Initial point : r = 2, phi = 0 corresponds to x = r*cos(phi) = 2, y =2*sin(phi) = 0.
Final Position ; r =2, phi = pi/2 corresponds to x = 0 , y = 2.
thus work done = =
q*E.dr
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3. (10 points) in free space, E = 20xa, + 40yay-Oza, V/m. Calculate the work done...
Please show all steps to solve the following problem clearly and completely. Thank you. a) b)...
Please
show all steps to solve the following problem clearly and
completely. Thank you.
a)
b)
In free space, E = 20xa, + 40yay-10za. V/m. Calculate the work done in transferring a 2 mC charge along the arc ρ = 2,0 < φ < π/2 in the z = 0 plane.
Electricity and magnetism problem. if done right, step by step I'll to leave a like.
electricity and magnetism problem. if done right, step by step
I'll to leave a like.
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Please
show all steps to solve the following problem clearly and
completely. Thank you.
a)
b)
In free space, E = 20xa, + 40yay-10za. V/m. Calculate the work done in transferring a 2 mC charge along the arc ρ = 2,0 < φ < π/2 in the z = 0 plane.
electricity and magnetism problem. if done right, step by step
I'll to leave a like.
42 Calculate the energy stored in the region R 2 m , 0 θ π , 0 φ π for a magnetic field intensity equal to 2Rsin θcos φ R-Rcos θcosở θ-R sin φφ A/m, in free space.
42 Calculate the energy stored in the region R 2 m , 0 θ π , 0 φ π for a magnetic field intensity equal to 2Rsin...
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A point charge Q with charge 10nC is located at (2,-1,4) meters
in free space.
A point charge Qwith charge 1OnC is located at (2,-1,4) meters in free space. An intinite grounded conductor plote is placed along the xey Calculate the eletric freld CE) at point PCI,-,2) meters plane as shoun in the figure V=0 plane (KY) of
A point charge Qwith charge 1OnC is located at (2,-1,4) meters in free space. An intinite grounded conductor plote is placed along...
Electric charge is distributed along an arc defined by z 9 [meters], r 9 [meters] and 0 < ¢ < 2T and on which 15 cos2 mC/m]. Find E at R(x, y, z) (0,0, 0) Pi component in units of [V/m] Find the Give the answer in units of [V/m]. Give your answer to three significant figures.
Part B, C, D
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