Consider three charges arranged in a triangle as shown in the figure: Q = 36 C...
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Consider three charges arranged in a triangle as shown in the figure: Q = 36 μC • h = 4 cm • d = 3 cm Q2 = Q 194.4 J = d 0 d h Q₁ = Q How much work is done by you to assemble these charges from infinitely far apart to the above configuration? (a) W = -194.4 J (b) W = 0 J (c) W (d) W = 5.4 J (e) W = -38.88 J Q3 Calculate the electric potential created by these three charges at point O located between charges Q2 and Q3. (a) Vo 8100 kV (b) Vo = 0 kV (c) Vo = -8100 kV Consider three charges arranged in a triangle as shown in the figure: Q = 36 μC • h = 4 cm • d = 3 cm Q2 = Q 194.4 J = d 0 d h Q₁ = Q How much work is done by you to assemble these charges from infinitely far apart to the above configuration? (a) W = -194.4 J (b) W = 0 J (c) W (d) W = 5.4 J (e) W = -38.88 J Q3 Calculate the electric potential created by these three charges at point O located between charges Q2 and Q3. (a) Vo 8100 kV (b) Vo = 0 kV (c) Vo = -8100 kV
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Q98 d 005 88 Bringing charge from a to given point 1110 Now Bringind Charge O from an to ... View the full answer
Related Book For
University Physics with Modern Physics
ISBN: 978-0133977981
14th edition
Authors: Hugh D. Young, Roger A. Freedman
Posted Date:
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