I think ( prototype)
If the constructor function is a machine to create object instances, then the <em><u>prototype</u></em> is the blueprint for the objects that are created.
Answer:
$702,000
Explanation:
The cash flow statement categories the company's transactions in a financial period into 3 groups; these are operating, investing and financing.
The net profit/loss, depreciation, changes in current assets (other than cash) and liabilities are considered as operating activities including income taxes.
The sale of assets, interest received, purchase of investments are examples of investing activities while the issuance of stocks, debt principal deduction (loan settlement), issuance of debt securities etc are examples of financing activities.
An increase in assets other than cash is an outflow while an increase in liabilities is an inflow. Depreciation and other non-cash expenses deducted in the income statements are added back while the non-cash income such gain on asset are deducted from net income.
The amount of net cash provided (used) by financing activities should be reported in the statement of cash flows
= -$108,000 + $810,000
= $702,000
Other transactions are either operating or investing activities related.
Managers, this is symbolic of how business is run in U.S. culture.
Answer:
The rate of return on the risky asset is 16% and on treasury bill is 6% and we need a return of (1100-1,000)/1000= 10% or 0.1
If we think of x as the percentage investment in risky asset and 1-x as the investment in non risky asset we can mathematically find what proportion we need to invest in each asset to get this return.
16x+ 6(1-x)=10
16x+6-6x=10
10x=4
x=4/10
x= 0.4
This equation tells us that we should invest 40% in risky assets and 1-x which is 60% in treasury bills. We can test our answer by putting these values and see if the return is 10 %
(0.4*16)+(0.6*6)= Rate of return
Rate of return=10%
10% of 1000 = 100
100+1000=$1100
Explanation:
Answer:
$50.57 ; $175,573.6
Explanation:
The computation of the fixed and variable portions of overhead costs based on machine-hours using high low method is shown below:
Variable cost per hour = (High Overhead cost - low overhead cost) ÷ (High machine hours - low service hours)
= ($581,145 - $503,775) ÷ (8,020 hours - 6,490 hours)
= $77,370 ÷ 1,530 hours
= $50.57
Now the fixed cost equal to
= High overhead cost - (High machine hours × Variable cost per hour)
= $581,145 - (8,020 hours × $50.57)
= $581,145 - $405,571.4
= $175,573.60
