Answer:
$21.65
Explanation:
The computation of the standard cost is shown below:
= Material cost + labor cost + factory overhead cost
where,
Material cost = 3 ÷ 4 × $5 per yard
= $3.75
Labor cost = 2 hours × $5.75 = $11.5
And, the factory overhead cost is
= $3.20 × 2 hours
= $6.4
So, the standard cost is
= $3.75 + $11.5 + $6.4
= $21.65
Answer:
He should order 681.66 gallons to minimize the cost, but he have a 500 gallon tank he can fill, so he will order 500 gallons every time, to minimize the cost.
Explanation:
According to the given data we have the following:
h = handling cost per unit = $ 9
S = Ordering cost per order = $20.5
He uses 8,500 gallons a month, therefore, the annual demand D= 8,500*12 = 102,000 gallons
.
Therefore, the optimal ordering quantity would be= [ (2*D*S) / h ]1/2
=681.66 units
He should order 681.66 gallons to minimize the cost, but he have a 500 gallon tank he can fill, so he will order 500 gallons every time, to minimize the cost.
Answer:
In terms of the evolution of the internet,Web 2 point zero created online communities that connect buyers and sellers in new ways
Explanation:
Web 2 point zero as the name suggests is the second phase of internet advancement in that it transforms the internet from static web page into dynamic content as well as with the growth of social media channels.
Besides,the social media channels serve as platform for prospective sellers and buyers to connect and by extension to perfect business deals, thereby breaking the barriers of physical presence and the need to be operate in the same time zone.
Answer: -$200 or $200 loss
Explanation:
Profits are made on call options when the price of the underlying asset increases in value.
These contracts are sold per 100.
The premium paid is subtracted from the profit to find the net profit.
Net Profit = ( 1,301 - 1,300 - 3) * 100
= -$200
Answer: 14%
Explanation:
To calculate the Annual Rate of Return on such a project, you divide the Average net profit that the project is expected to make by the Average investment value.
This in effect compares future income to the investment in the project and so is a very useful tool in analysis.
Annual Rate of Return = Average Net Profit / Average Investment
Average Net Profit.
A new salon will normally generate annual revenues of $64,160, with annual expenses (including depreciation) of $40,500.
The net profit is revenue less expenses so,
= 64,160 - 40,500
= $23,660
Average Investment
The Average Investment is calculated by taking the average of the Initial Value of the project and it's ending value.
Initial value is $262,000 as that was the cost.
The Ending Value is the salvage value of $76,000.
= (262,000 + 76,000) / 2
= $169,000
The Annual Rate of Return is,
= 23,660 / 169,000
= 0.14
= <u>14%</u>
