Neutral Balloon: Examining its Charge After Electron Removal

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Homework Help Overview

The discussion revolves around determining the charge of a neutral balloon after the removal of electrons, specifically focusing on the implications of removing 13,000 electrons. The subject area pertains to electrostatics and charge quantification.

Discussion Character

  • Exploratory, Conceptual clarification

Approaches and Questions Raised

  • Participants discuss the formula q=ne and its components, questioning what value should be used for n. There are inquiries about the charge associated with a single electron and the total number of electrons removed from the balloon.

Discussion Status

The conversation includes attempts to clarify the meaning of the formula and the implications of the electron removal. One participant has indicated they resolved their question, suggesting some progress in understanding.

Contextual Notes

There is a focus on the definitions and implications of charge, particularly in relation to the number of electrons involved. The original poster's uncertainty about the formula indicates a potential gap in understanding the relationship between charge and electron count.

NINHARDCOREFAN
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You have a neutral balloon

What is its charge after 13000 electrons have been removed from it?

I know you have to use, q=ne but I don't know what to plug in for n
 
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Originally posted by NINHARDCOREFAN
I know you have to use, q=ne but I don't know what to plug in for n
What do you think "q=ne" means?
 
What will be the charge for single electron.

How many electrons u have been given.

So the balloon will be deprived by how many electrons?
 
Never mind, I figured it out
 

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