Answer: The Break-Even Point will reduce from $4,285.71 to $4,125
Explanation:
To get the Break-Even Point we can divide Fixed Assets by the Contribution margin.
The Contribution Margin is the Selling Price minus the Variable Cost.
For Scenario 1 the Break-Even Point will be,
= 15,000 / ( 6 - 2.50)
= $4,285.71
For Scenario 2 the Break-Even Point is,
= 16,500 / 6.5 -2.5
= $4,125
The Break-Even Point for Scenario 2 means that even though the higher Fixed Costs could have led to a higher Break-Even Point, the higher price contributed more than the fixed costs did and led to an ultimately lower Break-Even Point than the first Scenario.
Answer:To allocate scarce goods and resources, a market economy uses non-price rationing preferential treatment price rationing . this means that individuals will get the goods and services if they have the ability to pay meet the government's requirements stand in line at the store.
Explanation: hope this helps u! (:
Answer:
The correct answer is $302.40.
Explanation:
According to the scenario, the computation can be done as:
To calculate firms' earning first we less cost of goods and total operating expenses from sales revenue:
= $3,060 - $1,800 - 600
= $660
Now we deduct the interest expense, then
= $660 - $126
= $534
Now we deduct tax rate, then
= $534 × $213.60 ( $534× 40%)
= $320.40
Now we finally deduct the dividends to get the firm's earning to common shareholder's, then
= $320.40 - 18
= $302.40
Hence, the firm's earning to common shareholder's is $302.40.
<span>You are using M-Commerce (Mobile Commerce).
It is a
type of e-commerce that can be handled from a mobile phone, a PDA or smartphone
The first M-Commerce was launched in 1997, and since then its use has become
widely spread worldwide. There are different payment methods to choose from,
such as: contactless payment, credit cards and debit cards, micropayment
services, and stored-value cards</span>
Answer:
Its action would be optimal given an ordering cost of $28.31 per order
Explanation:
According to the given data we have the following:
economic order quantity, EOQ= 55 units
annual demand, D=235
holding cost per one unit per year, H=40%×$11=$4.4
ordering cost, S=?
In order to calculate the ordering cost we would have to use the following formula:
EOQ=√(<u>2×D×S)</u>
(H)
Hence, S=<u>(EOQ)∧2×H</u>
2×D
S=<u>(55)∧2×4.4</u>
2×235
S=<u>13,310</u>
470
S=$28.31
Its action would be optimal given an ordering cost of $28.31 per order
