It was make up of mostly services, but also contained goods that had alot of labor put into them.
Answer and Explanation:
Revenue $160,000
Rental Costs $30,000
Variable Costs $50,000
Depreciation $10,000
Profit before tax $70,000
Tax(35%) $24,500
Net Income $45,500
Operating cash flow
a) Dollars in minus dollars out
Revenue ? rental costs ? variable costs ? taxes = $160000 -$30000-$50000-$24,500 = $55,500
b) Adjusted accounting profits
Operating cash flow = Net income + depreciation = $45,500 + $10,000 = $55,500
c) Add back depreciation tax shield
Operating cash flow = [(Revenue ? rental costs ? variable costs) × (1 ? 0.35)] + (depreciation × 0.35)]
= ($160,000-$30000-$50,000)*0.65 + $10,000*0.35 = $55,500
Yes, the above approaches result in the same value for cash flow
Answer:
Work Breakdown Structure (WBS)
Explanation:
Note that, <em>the statement of work (SOW</em>) is usually used in project management to define project-specific activities, deliverables etc.
The Work Breakdown Structure (WBS)<em> finally breaks down the project into smaller components</em> as found in the image below. The image shows the case of a project breakdown to design and build a custom bicycle.
Answer:
Dr Organization costs ($12,000 + $3,000) 15,000
Dr Patent ($20,000 + $2,000) 22,000
Dr Equipment 30,000
Dr Preopening expenses 40,000
Cr Cash 107,000
Explanation:
Organization costs are the initial costs incurred to start a business. They include attorney fees, and any other legal and registration fees required by both municipal state and federal government.
Any fees related to the purchase of the patent, e.g. commissions paid or attorney fees must be included in the purchase cost of the patent.
Answer:
The size of the payment = $628.63
Explanation:
<em>An annuity is a series of equal payment or receipt occurring for certain number of period. </em>
The payment in question is an example of an annuity . We can work back the size of the payment using the present value of the ordinary annuity formula stated below
The Present Value of annuity = A × (1- (1+r)^(-n))/r
A- periodic cash flow,= ? r- monthly rate of interest - 4.25%/12= 0.354%
n- number of period- (71/4×12)= 87.
Let y represent the size of the payment, so we have
47,000 = y × ( 1-1.00354^(-87))/0.00354
47,000 = y× 74.76
y =47,000/74.7656= 628.63
The size of the payment = $628.63
