Answer:
B., C., and E or 2, 3, and 5
Step-by-step explanation:
I did it and got it right.
4k+44 = 10 k -10
-4k -4k
44 = 6k-10
+10 +10
54=6k
54/6 = 6k/6
9=k hope this helps
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.
Answer:
5^-2/3*5^-1/3*3^-1/3*3^-11/3=
3^-4 *5^-1
Step-by-step explanation: