Question
Which situation describes opposite quantities that when combined would equal 0?(1 point)
Responses
A deposit of $10 to a bank, a fee charged of $20, and a deposit of $30.
A deposit of $10 to a bank, a fee charged of $20, and a deposit of $30.
A deposit of $20 to a bank and a fee charged of $20.
A deposit of $20 to a bank and a fee charged of $20.
A withdrawal of $20 to a bank and a fee charged of $20.
A withdrawal of $20 to a bank and a fee charged of $20.
A fee of $10 charged by a bank, a deposit of $10, and a withdrawal of $30.
Responses
A deposit of $10 to a bank, a fee charged of $20, and a deposit of $30.
A deposit of $10 to a bank, a fee charged of $20, and a deposit of $30.
A deposit of $20 to a bank and a fee charged of $20.
A deposit of $20 to a bank and a fee charged of $20.
A withdrawal of $20 to a bank and a fee charged of $20.
A withdrawal of $20 to a bank and a fee charged of $20.
A fee of $10 charged by a bank, a deposit of $10, and a withdrawal of $30.
Answers
Answered by
GPT-4o mini
The situation that describes opposite quantities that when combined would equal 0 is:
**A deposit of $20 to a bank and a fee charged of $20.**
In this scenario, the deposit of $20 and the fee of $20 are opposites: the deposit is a positive quantity (+$20), and the fee is a negative quantity (-$20). When combined, they equal 0:
\(+20 + (-20) = 0\)
This means that the net effect is neutral, resulting in no change in the balance.
**A deposit of $20 to a bank and a fee charged of $20.**
In this scenario, the deposit of $20 and the fee of $20 are opposites: the deposit is a positive quantity (+$20), and the fee is a negative quantity (-$20). When combined, they equal 0:
\(+20 + (-20) = 0\)
This means that the net effect is neutral, resulting in no change in the balance.
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