1. The personal representative of a decedent is known as an executor.
2. In a situation where the decedent does not have a valid will, the court-appointed representative who supervises the probate process is called an <u>administrator</u>.
<h3>What is the probate process?</h3>
The probate process refers to the formalized legal process followed to recognize a will and appoint the executor or administrator (as the decedent's personal representative) to administer the estate and distribute assets to the intended beneficiaries.
The executor or administrator is responsible for supervising the probate process and settling the estate of the deceased or decedent.
Thus, whereas, the personal representative of a decedent is called an <u>executor</u> with a valid will, they are known as <u>administrators</u> when the court appoints them to the office.
Learn more about administering a will at brainly.com/question/25694947
Answer:
i thinks it is a,c,d,e
Explanation:
i dont think science and computer drafting have anything to do with engineering and architecture.
We can use the formula for binomial
distribution in calculating for the probability that exactly two customers out
five will default on their payments.
The formula is:
P(r) = nCr*q^(n-r)*p^r
Where:
n = sample size, 5
r = successes, 2
q = failure rate, 96% = 0.96
r = success rate, 4% = 0.04
Substituting on the formula:
P = 5C2*0.96^3*0.04^2
<span>P = 0.0142 or 1.42%</span>
Answer:
B) $1,260,000
Explanation:
The computation of the value of the depreciation tax shield is shown below:
= Annual depreciation expense × marginal corporate tax rate
= $3,600,000 × 35%
= $1,260,000
Simply we multiplied the annual depreciation expense with the marginal corporate tax rate, not the average corporate tax rate so that depreciation tax shield will come.
Answer:
$2,580,346.40
Explanation:
The computation of the economic value added is shown below:
As we know that
Economic value added is
= Net after tax income - Total Capital employed × Cost of capital
= $13,241,678 - $118,459,240 × 9%
= $13,241,678 - $10,661,331.60
= $2,580,346.40
We simply applied the above formula so that the economic value added could arrive