Answer:
He would have $111,050.77 in the IRA.
Step-by-step explanation:
<u>What we know</u>:
The PMT is $1000
Rate of Interest (i in the formula) is 6.4% or 0.064 in decimal form
Number of periods (n) is 12
-
<u>Equation (Future Value Formula)</u>:
FV = PMT ( (1+i)^n -1) / i)
= 1000 ( (1+0.064)^12 -1) / 0.064)
FV = 17,269.22 (rounded)
-
A stands for amount
T stands for time period which is 30
<u>Finding IRA</u>:
A = FV (1+i)^t
= 17,269.22 (1+0.064)^30
= $111,050.77
61) 75.4in^2
62) 88.0in^2
63) F
64) 144cm^2
65) 144 + 24√3cm^2
66) 1017.9 units^2
:)
Answer:
x=5
Step-by-step explanation:
The sides have to be equal length
3x+4 = 5x-6
Subtract 3x from each side
3x+4-3x = 5x-6-3x
4 = 2x-6
Add 6 to each side
4+6 = 2x-6+6
10 = 2x
Divide by 2
10/2 =2x/2
5 =x
345.3
correct me if im wrong
