A raindrop of mass 4.0 mg and radius 2.0 mm has acquired an electric charge of...
A raindrop of mass 4.0 mg and radius 2.0 mm has acquired an electric charge of 15x10^-15 C. The raindrop is located at the bottom of a cloud that is 500 m above the surface of the earth where the electric potential is -10^9 V with respect to the ground. What is the ratio of the electric potential energy of the raindrop compared to the gravitational potential energy?
ANS: -7.7x10^-4 I just don't know how to solve the problem.
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A raindrop of mass 4.0 mg and radius 2.0 mm has acquired an
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A honey bee of mass 140 mg has accumulated a static charge of +2.0 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee's electric potential energy. ΔUeloctric, as she flies from point A (0 m, 0.3 m) to point...
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A honey bee of mass 135 mg has accumulated a static charge of +2.0 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee’s electric potential energy, Δ?electric, as she flies from point A (0 m,0.5 m) to point B...
A honey bee of mass 135 mg has accumulated a static charge of +1.7 pC. The...
A honey bee of mass 135 mg has accumulated a static charge of
+1.7 pC. The bee is returning to her hive by following the path
shown in the figure. Because Earth has a naturally occurring
electric field near ground level of around 100 V/m pointing
vertically downward, the bee experiences an electric force as she
flies.
What is the change in the bee’s electric potential energy,
Δ?electric, as she flies from point A (0 m,0.5 m) to point B...
stion 1 of 22> A honey bee of mass 125 mg has accumulated a static charge...
stion 1 of 22> A honey bee of mass 125 mg has accumulated a static charge of +1.9 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee's electric potential energy, ΔUelectric, as she flies from point A (0 m,...
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A honey bee of mass 120 mg has accumulated a static charge of +1.7 pC. The...
A honey bee of mass 120 mg has accumulated a static charge of +1.7 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies What is the change in the bee's electric potential energy, AUelectrics as she flies from point A (O m, 0.4 m) to point...
A honey bee of mass 135 mg has accumulated a static charge of +1.7 pC. The...
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A honey bee of mass 140 mg has accumulated a static charge of +2.0 pC. The bee is returning to her hive by following the path shown in the figure. Because Earth has a naturally occurring electric field near ground level of around 100 V/m pointing vertically downward, the bee experiences an electric force as she flies. What is the change in the bee's electric potential energy. ΔUeloctric, as she flies from point A (0 m, 0.3 m) to point...
A honey bee of mass 135 mg has accumulated a static charge of
+1.7 pC. The bee is returning to her hive by following the path
shown in the figure. Because Earth has a naturally occurring
electric field near ground level of around 100 V/m pointing
vertically downward, the bee experiences an electric force as she
flies.
What is the change in the bee’s electric potential energy,
Δ?electric, as she flies from point A (0 m,0.5 m) to point B...
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