Anyone know this one??
1 answer:
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Answer:
- <em><u>$869,776</u></em>
Explanation:
<u>1. Mortgage table</u>
Find attached a sample of a mortgage table per 1,000 dollars borrowed.
You have to use the number in the intersection of the row for 5.25% interest and the column for 20 years.
The number is $6.74.
That means that, for every $1,000 borrowed for 20 years at 5.25% interest you will pay $6.74 every month.
<u>2. Amount borrowed</u>
You will make a 22% down payment:
Thus the amount borrowed is $426,000 - $93,720 = $332,280
<u>3. Monthly payment</u>
Multiply the monthly payment per 1,000 by the amount borrowed divided by 1,000:
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<u>4. Total monthly payments:</u>
Multiply the number of payments by the monthly payment.
Number of payments = 20 years × 12 payments /year = 240 payments.
<u>5. Total payment for the home.</u>
The total payment for the home will be the down payment plus the amount paid to the bank:
- $322,280 + $537,496 = $869,776
For this case, the first thing we must do is define variables.
We have then:
t: the time in minutes
k: the number of kilometers
The relationship between both variables is direct.
Therefore, the function is:
Where, "c" is a constant of proportionality.
To determine "c" we use the following data:
After running for 18 minutes, she completes 2 kilometers.
Substituting values:
Clearing c we have:
Then, the equation is given by:
Answer:
An equation that can be used to represent k, the number of kilometers Julissa runs in t minutes is:
Answer:
A
Step-by-step explanation:
To evaluate, substitute x= -2 into the equation .