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Object A has a charge of –1 Coulomb. At a given distance, the object with which charge would be most strongly attracted by obje...Question
Object A has a charge of -1 Coulomb. At a given distance, the object with which charge would be most strongly attracted by object A? ( -1C ; -2C; +1C; +1C )
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GPT-4o mini
To determine which object would be most strongly attracted to object A, which has a charge of -1 Coulomb, we should consider the nature of electric charges.
1. Like charges repel each other (e.g., negative repels negative).
2. Opposite charges attract each other (e.g., negative attracts positive).
Given the options:
- -1C (repels)
- -2C (repels)
- +1C (attracts)
- +2C (not listed, but would also attract)
Among these options, both -1C and -2C would be repelled by the -1C charge of object A. The only charge that would be attracted to object A is +1C.
Since object A (with -1C) attracts +1C and repels -1C and -2C, the object that would be most strongly attracted by object A is **+1C**.
The force of attraction will also be stronger with larger positive charges if they were listed. However, given the options, **+1C** is the most suitable answer.
1. Like charges repel each other (e.g., negative repels negative).
2. Opposite charges attract each other (e.g., negative attracts positive).
Given the options:
- -1C (repels)
- -2C (repels)
- +1C (attracts)
- +2C (not listed, but would also attract)
Among these options, both -1C and -2C would be repelled by the -1C charge of object A. The only charge that would be attracted to object A is +1C.
Since object A (with -1C) attracts +1C and repels -1C and -2C, the object that would be most strongly attracted by object A is **+1C**.
The force of attraction will also be stronger with larger positive charges if they were listed. However, given the options, **+1C** is the most suitable answer.
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