Three charges are arranged in the (x, y) plane as shown. y (m) 10 7 6 5 0 -3 nC 4 3 f-7 nC „C| 8 µC, 0 1 2 3 4 5 6 7 8 9 10 (m) What is the magnitude of the resulting force (in nano-Newtons) on the -7 nC charge at the origin? 8.98755 x 10° N - m²/C². The Coulomb constant is Answer in units of nN. 010 (part 2 of 2) What angle does the resultant force on the -7 nC charge at the origin make with the positive r axis? Quadrant I lies between 0° and 90°, quadrant II between between 90° and 180°, etc. Answer in units of degs.
Three charges are arranged in the (x, y) plane as shown. y (m) 10 7 6 5 0 -3 nC 4 3 f-7 nC „C| 8 µC, 0 1 2 3 4 5 6 7 8 9 10 (m) What is the magnitude of the resulting force (in nano-Newtons) on the -7 nC charge at the origin? 8.98755 x 10° N - m²/C². The Coulomb constant is Answer in units of nN. 010 (part 2 of 2) What angle does the resultant force on the -7 nC charge at the origin make with the positive r axis? Quadrant I lies between 0° and 90°, quadrant II between between 90° and 180°, etc. Answer in units of degs.
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Transcribed Image Text:Three charges are arranged in the (x, y) plane
as shown.
y (m)
10
7
6
5 0 -3 nC
4
3
f-7 nC
„C| 8 µC,
0 1 2 3 4 5 6 7 8 9 10
(m)
What is the magnitude of the resulting
force (in nano-Newtons) on the -7 nC charge
at the origin?
8.98755 x 10° N - m²/C².
The Coulomb constant is
Answer in units of nN.
010 (part 2 of 2)
What angle does the resultant force on the
-7 nC charge at the origin make with the
positive r axis? Quadrant I lies between 0°
and 90°, quadrant II between between 90°
and 180°, etc.
Answer in units of degs.
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