Had to look for the options and here is my answer. Based on digital forensics's basic methodology, the very first thing that should be done upon investigation is the identification of relevant items of evidentiary value or known as EM. Hope this answers your question.
Answer:
10.12%
Explanation:
Wacc = (D / V)rd (1 - t) + (E / V) re
(D/V) = 0.3
Rd = before tax cost of debt = 5.5%
T = tax rate = 30%
(E / V) = 0.7
Re = marginal cost of equity = 12.8%
= (0.3 x 5.5% × 0.7) + (0.7 x 12.8%) = 1.155% + 8.96% = 10.12%
I hope my answer helps you
Answer:
(a) $33750000 (b) $11250000 (c) $22500000
Explanation:
Solution
(a) How much would Ziegler Inc. total income of operating increase.
Now,
Units * (Cost of purchased from outside supplier - Variable cost)
Thus,
75000 * ($1350 - $900) = $33750000
(b) How much would the Instrument Division's operating income increase
Now,
The Units * (Cost of purchased from outside supplier - Transfer Price)
So,
75000 units * ($1350 - $1200) = $11250000
(C) How much would the Components Division's operating income increase?
Now,
Units * (Transfer Price - Variable cost)
75000 units * ($1200 - $900) = $22500000
Answer: $112.08
Explanation:
Given that,
Life insurance policy = $240,000
Cost = $210
Amount to be paid by company to old lady if she survives (A):
= $240,000 - $210
= $239,790
Probability that she survives (P1) = 0.999592
Probability that she doesn't survives (P2) = 1 - 0.999592
= 0.000408
Expected value of this policy for the insurance company:
= (P1 × cost of policy) - (P2 × A)
= 0.999592 × $210 - 0.000408 × $239,790
= $209.91432 - $97.83432
= $112.08