Answer:
- It has been paid $ 1,246.10 into interest (option b.)
Explanation:
The amount <em>paid into interest</em> is the sum of the interest paid every month, but since the<em> table shows </em>only the interest paid month 17 through month 25, you should find snother way to calculate this amount.
You can do it by realizing that the total payments accumlated after 2 years equal the total amount paid to the principal plus the total amount paid into interest during that time.
Since the payments are constant, you can assert that after two years, i.e. 24 months, the total amount paid is the product of the number of payments by the amount of each payment:
- Total payments = 24 × $ 371.13 = $ 8,907.12
You can know the amount that has gone to principal by subtracting the balance at month 24 ($ 4,278.98) from the loan amount ($11,970.00):
- Payments against principal = $ 11,970.00 - $ 4,278.98 = $ 7,661.02
The payments to interest are the total payments less the payments against the principal:
- Payments to interest = $ 8,907.12 - $ 7,661.02 = $ 1,246.10
Answer:
D) 106
Step-by-step explanation:
(8 + 2)^2 + (6 − 4) * 3=
10^2+2*3=100+6=106
Answer:
b Superscript positive
Step-by-step explanation:
Negative exponents in the denominators can be evaluated by moving the function from the denominator to the numerator and changing the power from negative to the positive.
We have
1/b⁻² = b²
Moving the function with a power from denominator to numerator or from numerator to denominator changes the sign of the power. It is not equal to zero.
This is the property of exponents.
Answer:
Step-by-step explanation:
(2,4)
False, there cannot be more than one line going to the domain.