1. There are two identical conducting spheres with a 0.137 C charge and a -0.244 C charge, which are 15.17 cm apart measured from center-to-center? NOTE: input scientific notation using the asterisk and the carrot, (the asterisk look more like a star this font) such as 3.0*10^8 a. How strong is the attractive force between them? N b. If you connect the spheres to each other with a thin conducting wire and then remove the wire, what is the magnitude of the force between them now? N c. Is the force attractive or repulsive? The force between the two conducting spheres after removing the wire is

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1. There are two identical conducting spheres with a 0.137 C charge and a -0.244 C
charge, which are 15.17 cm apart measured from center-to-center? NOTE: input
scientific notation using the asterisk and the carrot, (the asterisk look more like a star
this font) such as 3.0*10^8
a. How strong is the attractive force between them?
N
b. If you connect the spheres to each other with a thin conducting wire and then
remove the wire, what is the magnitude of the force between them now?
N
c. Is the force attractive or repulsive?
The force between the two conducting spheres after removing the wire is
Transcribed Image Text:1. There are two identical conducting spheres with a 0.137 C charge and a -0.244 C charge, which are 15.17 cm apart measured from center-to-center? NOTE: input scientific notation using the asterisk and the carrot, (the asterisk look more like a star this font) such as 3.0*10^8 a. How strong is the attractive force between them? N b. If you connect the spheres to each other with a thin conducting wire and then remove the wire, what is the magnitude of the force between them now? N c. Is the force attractive or repulsive? The force between the two conducting spheres after removing the wire is
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