The phase of Identifying risks is when we increase the amount of insurance coverage on one's vehicle.
<h3>What is a Risk Management?</h3>
A Risk Management refers to the identification, analysis and response to risk factors that affects a business, entity etc
Thus, the increasing of the amount of insurance coverage is in the phase of Identifying risks because the its leads to coverage of identified additional risk on the vehicle.
Therefore, the Option D is correct.
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<em>brainly.com/question/13760012</em>
Answer: A.The cumulative customerminus−level operating income of the top eight customers represents about 105.1105.1% of operating income
Explanation:
The Cumulative total of the first 8 customers is,
= 5,563 + 4,474 + 3,851 + 1,049.5 + 984.80 + 844.80 + 336.60 + 252.00
= $17,355.70
The Cumulative total of the Operating Income is,
= 5,563 + 4,474 + 3,851 + 1,049.5 + 984.80 + 844.80 + 336.60 + 252.00 - 168 - 676
= $16,511.70
Dividing both figures gives,
= 17,355.70 / 16,511.70 * 100
= 1.0511051 * 100
= 105.1105.1%
Option A is therefore correct.
Answer:
$1,800,000
Explanation:
Equity which represents the amount owed to the owners of the business includes retained earnings (which is the accumulation of the net income/loss over the years less dividends paid) and common shares.
Ending retained earnings = Beginning retained earnings + additional stock issued + net income - dividend paid
= $651000 + $1017000 + $649000 - $376000 - $141000
= $1,800,000
Answer:
The right approach is Option C (global minimum variance portfolio).
Explanation:
- A completely-invested portfolio with either a low uncertainty factor seems to be the GMV portfolio. This same GMV portfolio corresponds to or is situated mostly on the left end including its FI-efficient frontier.
- Although aside from either the full-investment requirement, no restrictions are enforced, the GMV portfolio deals for analytical portrayal.
The latter options offered are not relevant to something like the scenario presented. So that is indeed the correct solution.
Answer:
27.42 m/s
Explanation:
Data provided in the question:
Distance traveled on a straight track = 0.754 km
Time taken to cover while going = 25.0 s
Time taken for the return = 30.0 s
Now,
Total distance covered = 2 × 0.754
= 1.508 Km
= 1508 m
Total time taken = 25 + 30 = 55 s
Therefore,
The average velocity of the car = Total distance ÷ Total time
= 1508 ÷ 55
= 27.42 m/s