Answer:
Investor A = $545216 .
Investor B = $352377
Investor C = $897594
Explanation:
Annual rate ( r ) = 9.38%
N = 41 years
<u> Calculate the balance at age of 65</u>
1) For Investor A
balance at the end of 10 years
= $2000 (FIA, 9.38 %, 10) (1 + 0.0938) ≈ $33845
Hence at the end of 65 years ( balance )
= $33845 (FIP, 9.38 %, 31) ≈ $545216 .
2) For investor B
at the age of 65 years ( balance )
= $2000 (FIP, 9.38%, 31) = $322159 x (1 + 0.0938) ≈ $352377
3) For Investor C
at the age of 65 years ( balance )
= $2000 (FIP, 9.38%, 41) = $820620 x (1 + 0.0938) ≈ $897594
B.
adding up the incomes received by all the resources that contributed to production.
Or
D.
all of the above.
Answer:
each policy will pay $25,000 of the loss
Explanation:
Based on the scenario being described within the question it can be said that the each policy will pay $25,000 of the loss. This is an equal share for each policy and is due to them having the pro rata liability clause. This clause states that a policy is only liable for an equal percentage of the loss if the insurer has other policies from other companies. As in this case.
Answer:
Explanation: hey, do your best i think you can do good
Answer:
Identification of Features Applying More to Job Order Operations, Process Operations, or Both:
Features
1. Cost object is a process. Process Operations
2. Measures unit costs only at period-end. Process Operations
3. Uses indirect costs. Both
4. Transfers costs between Work in
Process Inventory accounts. Process Operations
5. Uses only one Work in Process account. Job Operations
6. Uses materials, labor, and overhead costs. Both
Explanation:
The main difference between the two operations is the manner costs are accumulated. Job operations accumulate costs for different jobs that are not similar. Process operations accumulate costs to show the process a product passes through. The product of a process operation is not unique like the product of a job operation.
