Answer:
Using the units-of-production method, the amount of depreciation expense would the company report in the income statement prepared for the year-ended October 31, 2018 = $ 228899
Explanation:
Given
Acquisition Cost of Equipment = $ 517,000+ $ 16700= $ 533,700
Total units of production= 29,700 hours
Residual Value = $ 6700
Units of Production= 12,900 hours
Formula:
Depreciation per unit= (Cost -Salvage value) / Total units of production* Units of Production
Depreciation per unit= ($ 533,700 - 6700/ 29700)*12900
Depreciation per unit=($ 52,7000 / 29700)*12900
Depreciation per unit=( 17.744)*12900
Depreciation per unit= 228898.98= $ 228899
As units of production are given we do not need to calculate it for half year. The depreciation is calculated for units of production.
Answer:
The contribution margin per machine hour is $150.
Explanation:
Note: The missing part of the question is
Food Processor Espresso Machines
Sales price $125 $225
Variable costs $50 $150
Solution
Contribution Margin per Machine = Sales Price - Variable Cost
=$125 - $50
=$75
Contribution Margin = Contribution per Machine × Number of Machines Produced in 1 Machine Hour
= $75 * 2
= $150
Thus, the contribution margin per machine hour for food processors is $150.
Answer:
7.05 %
Explanation:
After tax cost of debt = interest x ( 1 - tax rate)
so, the initial step is to determine the interest rate :
The Bond Yield (i/yr) presents the market rate and this is what we want for our interest rate.
thus,
PV = - [$950 - ($950 x14%)] = - $817<em>(remove floatation cost from market price)</em>
FV = $1000
PMT = $1000 x 7 % = $70.00
P/YR = 1
N = 14
i/yr = ??
Using a financial calculator to input the values as above, the Bond Yield (i/yr) will be 9.40 %
therefore,
After tax cost of debt = 9.40 % x (1 - 0.25)
= 7.05 %
Answer:
The correct answer is the second option: to monitor the progress of a multi-step project during its development.
Explanation:
To begin with, a <em>"Program Evaluation and Reviews Techniques"</em> or PERT as it name indicates it refers to an stadistic technique by which the companies can follow the process of certain projects that they are having currently. Moreover, its main purpose is to manage and analyze the steps that a project has in order to make them less susceptible to errors. In addition to that, its main factor to observe is the time during the steps of the project. Nowadays is very common to use a tool like this in major companies.