<span>The net benefits of each public good will be the total cost of the project minus the $300 cost per person. If the project costs 600$ the net benefits for each public good will be $300.
$600(total cost) - $300(cost per person) = $300(net benefits)</span>
Answer:
$47,000
Explanation:
Computation for the net cash flows from operating activities using the indirect method.
CASH FLOWS FROM OPERATING ACTIVITIES:
Net income $28,000
Adjustments to reconcile net income to
Net cash provided by operating activities
Depreciation expense $15,000
Increase in Accounts Receivable -$2,500 ($8,000-$10,500)
Decrease in inventory $3,000
($21,000-$18,000)
Increase in accounts payable $5,000
(15000-10000)
Decrease in income taxes payable -$1,500 ($1,000-$2,500)
Net cash flows from operating activities $47,000
Therefore the net cash flows from operating activities using the indirect method is $47,000
Answer: Cash inflows include the transfer of funds to a company from another party as a result of core operations, investments or financing. Such cash inflows include payments to the company by customers and banks and the contribution of equity by investors who purchase the company’s stock or partial ownership in a company.
Cash outflows include the transfer of funds by a company to another party. Such cash outflows include payments to business partners including employees, suppliers or creditors. Cash outflows also occur when long-term assets are acquired, investments are purchased, or settlements and expenses are paid.
<span>Mcdonald's, a fast food chain headquartered in the united states, applies the morality it practices in the united states to all foreign countries in which it operates. mcdonald's is adhering to "Moral Universalism". Moral Universalism is the need for a moral standard that is accepted by all cultures.</span>
Answer:
$68,600
Explanation:
Activity Based Overhead Rates = Estimated Overhead / Expected Use of Cost Drivers per Activity (Hours)
Activity Based Overhead Rates = $70,000 / 2,500
Activity Based Overhead Rates = $28
Overhead Assigned = Overhead Rate * Hours Utilized
Product A Overhead Assigned = $28 * 1,350 hours
Product A Overhead Assigned = $37,800
Product B Overhead Assigned = $28 * 1,100 hours
Product B Overhead Assigned = $30,800
Total Overhead Assigned = Product A Overhead Assigned + Product B Overhead Assigned
Total Overhead Assigned = $37,800 + $30,800
Total Overhead Assigned = $68,600
