three point charges, Q1 = 56 µC located at point P1 (-4,6,9), Q2 = 45 μC located at point P2 (5,-5,-17) and Q3 = 73 μC located at point P1 (-4,6,9), they all meet in a vacuum and their distances are in mm, calculate: a. Calculate the electric field E at the origin of the coordinate system. b. Calculate the electric field E at the point P4 (-7,9,11). c. At what point on the "Z" axis is Ey=0?
three point charges, Q1 = 56 µC located at point P1 (-4,6,9), Q2 = 45 μC located at point P2 (5,-5,-17) and Q3 = 73 μC located at point P1 (-4,6,9), they all meet in a vacuum and their distances are in mm, calculate: a. Calculate the electric field E at the origin of the coordinate system. b. Calculate the electric field E at the point P4 (-7,9,11). c. At what point on the "Z" axis is Ey=0?
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Transcribed Image Text:three point charges,
Q1 = 56 μC located at point P1 (-4,6,9), Q2 = 45
uC located
at point P2 (5,-5,-17) and Q3 = 73 μC located
at point P1 (-4,6,9), they all meet
in a vacuum and their distances are in mm,
calculate:
a. Calculate the electric field E at the origin of
the coordinate system.
b. Calculate the electric field E at the point P4
(-7,9,11).
c. At what point on the "Z" axis is Ey =0?
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