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slickvic
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Suppose you let identical pith balls come in contact to make q1=q2. Would the charges be equal if the pith balls were of different size?
mdelisio said:I'm not real sure about pith, but I can answer for metal balls...
Putting the balls in contact forces their potential to be the same. The problem is easier if the balls are separated by a distance large compared to their size. Briefly connecting them with a wire would force the potential at each ball to be the same. In this case the ratio of charges would be equal to the ratio of the radii.
Charge equality between different size pith balls refers to the concept that when two pith balls of different sizes come in contact with each other, they will share their charge in a way that the total charge on each ball is equal.
Charge equality is important in pith balls because it helps us understand the behavior of charged objects. It allows us to predict how the charges will distribute themselves when two objects come in contact, and how they will interact with each other.
The main factor that affects charge equality between different size pith balls is the size of the balls. The larger the ball, the more charge it can hold. Other factors that may influence charge equality include the material of the balls and the environmental conditions such as humidity.
Charge equality between different size pith balls can be measured by using an electroscope. The pith balls are attached to the ends of a metal rod and the rod is suspended from a metal plate. When the pith balls come in contact, the rod will be deflected to a certain angle, which can be measured and used to calculate the charge on each ball.
Charge equality between different size pith balls can be applied in various fields such as electrostatics, electricity, and even in the study of living organisms. It can also be used to demonstrate the principles of electric charge and how it behaves in different situations.