To find the solution to this problem, you would do the opposite of division which is multiplication.
Use the terms you have to plug into your new equation;
0.6 x 1.4 = .84
To check your work you would plug in .84 where the '?' is;
.84/.6= 1.4
There you have the original equation you began with.
Therefore, .84 would be your final answer.
Answer:
All payments will be made at the end of the year by using the present value of inflows
Step-by-step explanation:
Present Value Of Inflows = Cash Inflow × Present Value Of Discounting Factor (Rate%,Time Period)
Present Value Of Inflows =
+
+
+ 
Present Value Of Inflows = 125466.3
Yes good job you are correct
Answer:


Step-by-step explanation:

