Answer:
C. The RR must explain the contingent deferred sales load to the prospect
Explanation:
Answer:
Ranking 10% interest rate:
1) 5 years
2) 10 years
3) 1 year
Raking 2% interest rate:
1) 10 years
2) 5 years
3) 1 year
Raking 18% interest rate:
1) 1 year
2) 5 years
3) 10 years
Explanation:
You have to apply to bring the amount of money to present value, according with the information, the formula is the next:
Present Value = Future Value/((1+ interest rate)^(n))
Where n is the number of years that you have to wait to receive the money.
You have to calculate every situation with the respective amount of time and interest rate, the result must be money. and when you get the 9 results, you have to compare every situation and chose the higher amount of money according to the interest rate, for example:
Present value = 140/ ((1+10%)^(1))= 127
= 140/ ((1+10%)^(5))= 149
= 140/ ((1+10%)^(5))= 135
So the answer for the first scenario with an interest rate of 10% is:
Ranking 10% interest rate:
1) 5 years
2) 10 years
3) 1 year
Answer:
I believe that it is A and C
Explanation:
Answer:
a. $112,000
b. $7,500
Explanation:
(a) transferred out
Units transferred out are 100% complete for both materials and conversion costs, thus multiply the Total Cost per Equivalent units with the number of units transferred.
Cost of units transferred out = $8 × 14,000 units
= $112,000
(b) in ending work in process
Units of ending work in process are 100% complete in terms of materials ( since materials are entered at the beginning of the process) whilst 25% complete in terms on conversion cost (applied uniformly during production).
Cost of ending work in process
Materials ($3 × 2,000 units) = $6,000
Conversion ($3 × (2,000 units × 25%)) = $1,500
Total Cost = $7,500