Answer:
a) $2000
b) $1,886.7925
C) $2,036.7925
Explanation:
First, the question states to determine the expected claim cost per policy
Expected Claim Cost represents the fund required to be paid by an insurer for a particular contract or a group of contracts as the case maybe. This is usually based on the policy taken.
A) Expected Claim Cost per policy
= (Policy Loss Value A x its probability) + (Policy Loss Value B x its probability) + (Policy Loss Value C x its probability)+(Policy Loss Value D x its probability)+ (Policy Loss Value E x its probability)
= ( (100000 x 0.005 )+ (60000 x 0.010) + (20000 x 0.02) + (10000 x 0.05) + 0 = $2000
Part B: discounted expected claim cost per policy
Since, the sum of $2000 is expected to be paid by the insurer by the end of the year, the interest to be earned based on the rate (discounting used)
=$2,000 ÷ (1 + 0.06)
= $1,886.7925
Part C:: Determine the Fair Premium
Fair Premium is calculated as follows
The discounted policy claim cost + the Processing Cost per application + The fair profit loading
= $1,886.7925+ $100+50 = $2,036.7925
A broad principle that requires identifying the activities of a business with specific time periods such as months, quarters, or years is the <u>Time period principle.</u>
The time period principle- Financial results and other material business activities should be reported over a consistent time period, such as a month, week, day, etc., in accordance with the time period concept. Depending on the frequency of the chosen time period, the firm must then adhere to a distinct set of regulations for each financial statement in accordance with US Generally Accepted Accounting Principles.
Any company's financial statements can be thought of as a snapshot in time that reveals both the company's history and its current status. That's why it's crucial to disclose to readers the time frame in which the financial statements were generated in accordance with the time period concept.
In its broadest sense, the time period principle holds that any enterprise may conveniently categorize its financial operations into discrete time intervals. That is to say, all cash inflows and outflows may be neatly categorised into separate and sequential accounting periods.
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To know more about Time period principle refer here:
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Answer:
Variable cost per unit= $1.5
Fixed costs= $2,000
Explanation:
Giving the following information:
Miles Driven Total Cost
January 10,000 $17,000
February 8,000 13,500
March 9,000 14,400
April 7,000 12,500
<u>To calculate the variable and fixed costs under the high-low method, we need to use the following formula:</u>
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (17,000 - 12,500) / (10,000 - 7,000)
Variable cost per unit= $1.5
Fixed costs= Highest activity cost - (Variable cost per unit * HAU)
Fixed costs= 17,000 - (1.5*10,000)
Fixed costs= $2,000
Fixed costs= LAC - (Variable cost per unit* LAU)
Fixed costs= 12,500 - (1.5*7,000)
Fixed costs= $2,000
Answer:
Total overhead= $137,210
Explanation:
<u>First, we need to deduct the depreciation expense from the fixed overhead. Depreciation is not a cash cost.</u>
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Fixed overhead= 117,440 - 10,610= $106,830
<u>Now, the cash disbursement for total overhead:</u>
Variable overhead= 3.1*9,800= 30,380
Fixed overhead= 106,830
Total overhead= $137,210
