Answer:
$1,132,145
Explanation:
n = 34 years
PMT = $-5,300 (Annual savings)
i/r = 9.37% (Annual interest rate)
PV = 0 (no savings at year 0)
FV = ? (How much will you have when you retire)
Using financial calculator, FV = $1,132,145
Answer:
Differential analysis as at April 30
Make (Alternative 1) Buy (Alternative 2)
Purchase Price $0.00 $24.00
Direct materials $8.00 $0.00
Direct labor $12.00 $0.00
Variable Costs - Case related $3.00 $0.00
Total Cost $23.00 $24.00
Conclusion
Company should make carrying cases instead of purchasing as this is cheaper by $1.00
Explanation:
There is a choice to be made between Make (Alternative 1) and Buy (Alternative 2). Compute the Total costs for these choices.
Ignore the fixed overheads as they are the same for both alternatives and hence irrelevant.
Choose the alternative with lower costs.
The correct order for the steps of the policy cycle is the first statement, the second statement, the fourth statement, and the third statement. The problem must be identified first before choosing the best policy to address it. After the best policy is chosen, implementing the policy would be the best option to see the effect. The last step is to evaluate the policy so the government and the public to ensure that the chosen policy is really the best option for the problem.
Answer:
annual percentage rate: 7.0404%
Explanation:
We need to solve for the annual convertible rate when we are given with the annual effective rate:
![(1+APR/52)^{52}=1+0.07289\\APR =( \sqrt[52]{1.07289} -1) \times 52\\](https://tex.z-dn.net/?f=%281%2BAPR%2F52%29%5E%7B52%7D%3D1%2B0.07289%5C%5CAPR%20%3D%28%20%5Csqrt%5B52%5D%7B1.07289%7D%20-1%29%20%5Ctimes%2052%5C%5C)
apr = 0.0704035593 = 7.0404%
Present value PV= FV(1/(1+r)^n)
PV = Present Value
FV = Future Value
r= rate
n= number of years
Just plug in the numbers and calculate.