To analyze the given amounts borrowed and the corresponding amounts repaid, we can express the relationship between the amounts borrowed (x) and the amounts repaid (y) as a linear equation.
From the provided data:
- When $100 is borrowed, $120 is repaid.
- When $200 is borrowed, $240 is repaid.
- When $500 is borrowed, $600 is repaid.
- When $800 is borrowed, $960 is repaid.
We can see that the amount repaid (y) is proportional to the amount borrowed (x).
Let’s calculate the ratio for some of the pairs:
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For $100 borrowed: \[ \frac{120}{100} = 1.2 \]
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For $200 borrowed: \[ \frac{240}{200} = 1.2 \]
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For $500 borrowed: \[ \frac{600}{500} = 1.2 \]
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For $800 borrowed: \[ \frac{960}{800} = 1.2 \]
This indicates that the amount repaid (y) is 1.2 times the amount borrowed (x).
We can represent this relationship as: \[ y = 1.2x \]
Now, let's rewrite this relationship in a different form: To express 1.2 as a fraction, we can write: \[ 1.2 = \frac{12}{10} = \frac{6}{5} \] Thus, we have: \[ y = \frac{6}{5}x \]
Let's check the options presented in terms of y:
- \(y = 65x + 10\) - Incorrect.
- \(y\) is equal to \(6/5x + 10\) - Incorrect.
- \(y = 56x + 10\) - Incorrect.
- \(y\) is equal to \(5/6x + 10\) - Incorrect.
- \(y = 56x\) - Incorrect.
- \(y\) is equal to \(5/6y\) - Incorrect.
- \(y\) is equal to \(6/5x\) - Correct.
Hence, the correct response in the context of the mathematical relationship derived from the data provided is: y = 6/5x (Option that represents the relationship of repaid to borrowed).