Answer:
6
Step-by-step explanation:
(5,6)
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Answer:
$2388.95
Step-by-step explanation:
- Principal, P= $2250
- Annual Interest Rate, r= 3% =0.03
- Time, n= 2 years
- Since it is compounded monthly, Period, k= 12 Months
The worth of a compound deposit after a period of n years is calculated using the formula:


At maturity, the deposit will be worth $2388.95.
57 / 129.2 = VY / 68
vY = 30
x = 30 + 68 = 98 answer
Second part:-
x / 97.5 = (71.5 - 22) / 71.5
x = [ 97.5 ( 71.5 - 22) ] / 71.5
= 67.5 Answer
x =