Answer:
Floating cost adjustment is 3.25%
Explanation:
Flotation-adjusted cost of equity = (Expected dividend at the end of Year 1 / Net proceeds per share) + Growth rate.
Expected dividend at the end of Year 1 (D1) = $ 2.30 (given in question)
Net proceeds per share = (21.30 - 4 % of 21.30) = $ 20.448
Flotation-adjusted cost of equity = (2.30 / 20.448) + 0.04
= 0.1125 + 0.04
= 0.1525 i.e., 15.25 %.
Flotation cost adjustment = Flotation-adjusted cost of equity - Cost of equity without flotation adjustment.
= 15.25 % - 12 % (given in question)
= 3.25 %.
Conclusion:- Flotation cost adjustment = 3.25 %
During the three-month period, the plant is not able to produce anything because it shut down. Hence, its variable cost is equal to zero, however, during this period, the fixed cost is still greater than zero because of the process that needs to be done in order to ensure that once the plant is restarted.
For the reason stated above, the most likely answer to this item is the first choice.
We can actually deduce here that when building the Complete 2nd Order Model, one can do all except: C. Create an interaction between age and each of the levels of job satisfaction.
<h3>What is Complete Second Order Model?</h3>
The complete second degree (order) model is actually known to be a polynomial model that includes the linear terms, second degree terms and the interaction term.
The options that complete the question are:
A. Create a curvilinear term for job satisfaction
B. Create an interaction between unemployment rate and age
C. Create an interaction between age and each of the levels of job satisfaction
D. Create a curvilinear term for age.
Thus, options C is the one that wouldn't be carried out in the Complete Second Order Model.
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