Answer:
(1,2) i think
Step-by-step explanation:
if it doesn't help then i'll screw myself over
<h3>
Answer: $189,383.96</h3>
========================================================
Explanation:
- r = 0.02 = decimal form of 2% annual interest
- i = monthly interest rate
- i = r/12 = 0.02/12 = (2/100)/12 = 1/600.
- n = number of months = 12*30 = 360
- P = monthly payment = 700
We'll plug those items into the formula below.
L = loan amount
L = P*( (1+i)^n - 1)/( i*(1+i)^n )
L = 700*( (1+1/600)^360 - 1 )/( 1/600*(1+1/600)^360 )
L = 189,383.961539639
L = 189,383.96
The couple can afford to borrow at most $189,383.96
3237
× 78
_____
25655
+226590
________
252,245
Answer:
cos A= 36/45
= 0.8
Step-bcoy-step explanation:
Answer:
C
Step-by-step explanation:
The triangle inequality theorem tells us that if two sides of a triangle are known (let it be side a and b), we can know the length of range of third side (side c). By:
a-b< c < a+b
So sides are given 29 and 40.
Sum is 29 + 40 = 69
Difference is 40 - 29 = 11
Hence, the third side would be BETWEEN 11 and 69
C is the correct choice.
