Given that <span>Ms.
march is teaching Matthew to do his laundry. She has written a task
analysis for doing laundry, which consists of 36 steps. She conducted an
initial assessment to identify which steps Matthew could already do,
and she discovered that the only step he can presently do independently
is to open the lid to the washer. She decides to use total task
presentation as her method of teaching this complex chain of behaviors,
using a least-to-most prompting strategy.
One disadvantage
to this procedure is that </span><span>This procedure is likely to make each training session quite long.</span>
Answer:
C. In a process-costing system, each unit uses approximately the same amount of resources.
Explanation:
Option A is wrong because average production cost cannot be calculated for all units produced in a job-costing system. It is calculated from overhead allocation.
Option B is incorrect because overhead cannot be allocated to all units equally in the job costing method.
Option D is also false because, in a job costing system, individual jobs use different quantities of production resources. On the other hand, the process costing system uses the same amount of resources for each unit. Therefore, <em><u>option C</u></em> is correct.
Answer:
The average job lateness for the sequence developed is 328 days
Explanation:
Given that the initial work day is base on day 275, the following is going to be the new sequence of the given jobs:
Job Due Date
A 318 5
B 317 3
C 320 8
D 327 16
E 364 40
Therefore, the average job lateness is calculated as follows:
(318+317+320+327+364)/5=328 Days
Answer:
Risk-free rate = 3.5%
Market risk-premium = 6.9%
Cost of equity (Ke) = ?
Ke = Rf +β(Rm - Rf)
Ke = Rf + Market risk premium
Ke = 3.5 + 6.9
Ke = 10.4%
Cost of debt (Kd) = 5.4%
Market value of debt (D) = 12
Market value of equity (E) = 88
Market value of the company (V) = 100
WACC = Ke(E/) + Kd(D/V)(1-T)
WACC = 10.4(88/100) + 5.4(12/100)(1-0.40)
WACC = 9.152 + 0.3888
WACC = 9.54%
Explanation:
In this case, there is need to calculate cost of equity according to capital asset pricing model, which is risk-free rate plus market risk-premium.
Then, we will calculate the weighted average cost of capital, which equals cost of equity multiplied by the proportion of equity in the capital structure plus after-tax cost of debt multiplied by the proportion of debt in the capital structure. Since the proportion of debt in the capital structure is 12%(12/100), the proportion of equity will be 88%(88/100).
