Asked by Landon Sharp
Barton took out a car loan of $2,625. He makes monthly payments of $175. The graph represents the remaining balance after each payment. Which example models the correct slope?
(1 point)
Responses
m=525β70011β12
π
=
525
β
700
11
β
12
m equals Start Fraction 525 minus 700 over 11 minus 12 End Fraction
m=9β81,050β1,225
π
=
9
β
8
1
,
050
β
1
,
225
m equals Start Fraction 9 minus 8 over 1,050 minus 1,225 End Fraction
m=2,450β2,6250β1
π
=
2
,
450
β
2
,
625
0
β
1
m equals Start Fraction 2,450 minus 2,625 over 0 minus 1 End Fraction
m=1,050β1,2259β8
(1 point)
Responses
m=525β70011β12
π
=
525
β
700
11
β
12
m equals Start Fraction 525 minus 700 over 11 minus 12 End Fraction
m=9β81,050β1,225
π
=
9
β
8
1
,
050
β
1
,
225
m equals Start Fraction 9 minus 8 over 1,050 minus 1,225 End Fraction
m=2,450β2,6250β1
π
=
2
,
450
β
2
,
625
0
β
1
m equals Start Fraction 2,450 minus 2,625 over 0 minus 1 End Fraction
m=1,050β1,2259β8
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To determine the correct slope that models the remaining balance of Bartonβs car loan, we need to understand that the slope (m) can be calculated using the formula:
\[ m = \frac{y_2 - y_1}{x_2 - x_1} \]
In this context, \(y\) represents the remaining balance and \(x\) represents the number of payments made.
Given the information:
1. Initially, Barton's loan amount is $2,625.
2. After one payment of $175, his remaining balance would be \(2,625 - 175 = 2,450\).
3. After two payments of $175, his remaining balance would be \(2,450 - 175 = 2,275\), and so on.
Next, let's analyze each option to see if they provide a correct slope that reflects the decrease in loan balance per payment.
1. **Option 1**: \( m = \frac{525 - 700}{11 - 12} \)
- This simplifies to \( m = \frac{-175}{-1} = 175 \), which does not correspond with the loan decrease, because the balance decreases not increases.
2. **Option 2**: \( m = \frac{9 - 8}{1,050 - 1,225} \)
- This simplifies to \( m = \frac{1}{-175} \), which does not make sense in the context of remaining balances.
3. **Option 3**: \( m = \frac{2,450 - 2,625}{0 - 1} \)
- This simplifies to \( m = \frac{-175}{-1} = 175 \), which correctly indicates an increase in balance, hence not the right model for a loan.
4. **Option 4**: \( m = \frac{1,050 - 1,225}{9 - 8} \)
- This simplifies to \( m = \frac{-175}{1} = -175\). This indicates that with every payment, the loan decreases by $175, which correctly models the remaining balance of the loan.
Thus, the correct example that models the slope of the remaining balance after each payment is **Option 4**:
\[ m = \frac{1,050 - 1,225}{9 - 8} \]
\[ m = \frac{y_2 - y_1}{x_2 - x_1} \]
In this context, \(y\) represents the remaining balance and \(x\) represents the number of payments made.
Given the information:
1. Initially, Barton's loan amount is $2,625.
2. After one payment of $175, his remaining balance would be \(2,625 - 175 = 2,450\).
3. After two payments of $175, his remaining balance would be \(2,450 - 175 = 2,275\), and so on.
Next, let's analyze each option to see if they provide a correct slope that reflects the decrease in loan balance per payment.
1. **Option 1**: \( m = \frac{525 - 700}{11 - 12} \)
- This simplifies to \( m = \frac{-175}{-1} = 175 \), which does not correspond with the loan decrease, because the balance decreases not increases.
2. **Option 2**: \( m = \frac{9 - 8}{1,050 - 1,225} \)
- This simplifies to \( m = \frac{1}{-175} \), which does not make sense in the context of remaining balances.
3. **Option 3**: \( m = \frac{2,450 - 2,625}{0 - 1} \)
- This simplifies to \( m = \frac{-175}{-1} = 175 \), which correctly indicates an increase in balance, hence not the right model for a loan.
4. **Option 4**: \( m = \frac{1,050 - 1,225}{9 - 8} \)
- This simplifies to \( m = \frac{-175}{1} = -175\). This indicates that with every payment, the loan decreases by $175, which correctly models the remaining balance of the loan.
Thus, the correct example that models the slope of the remaining balance after each payment is **Option 4**:
\[ m = \frac{1,050 - 1,225}{9 - 8} \]
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