<span>This is known as a flex hours policy. Employees can set their own hours of working, so long as they participate in a common core time for the company. This is a commonly sought employee benefit; and can contribute to employee satisfaction with work life balance.</span>
Answer:
$4,520
Explanation:
The computation of the dollar value of the ending inventory using the FIFO method is as follows:
But before that the ending inventory is
= Beginning inventory + purchased units + purchased units + purchased units - sales units
= 130 units + 280 units + 140 units + 160 units - 430 units
= 280 units
Now the ending inventory is
= 160 units × $17 + (280 units - 160 units) × $15
= $2,720 + $1,800
= $4,520
Answer:
Selling price= $172.8
Explanation:
Giving the following information:
Manufacturing costs to be $ 240.00 per air conditioner
Consisting of 60% variable costs and 40% fixed costs.
Selling price= 20% markup to full costs.
Because it is a special offer and there is unused capacity, we will not take into account the fixed costs:
Unitary cost= 240*0.6= $144
Selling price= 144*1.2= $172.8
Answer:
Yes, the prices of large capitalization stocks tend to be more efficient.
Explanation:
Large capitalization stocks are much more liquid than small capitalization stocks since they belong to well established companies that are generally industry leaders. A lot of investors trade their stocks every single day, which results in thousands of them being sold every trading day. That also lowers the opportunity for arbitrage, since a large of investors must be wrong and a single (or a few) arbitrator must be right.
Large capitalization stocks generally have more stable prices and tend to pay consistent dividends. Their sustainable growth rate is lower than most small capitalization stocks but it is much more steady. This also results in lower potential returns when investing in large capitalization stocks since they pose a very low risk. On the other hand, small capitalization stocks pose a larger risk and one of them is that they are not valued correctly (which allows arbitrators to step in).
Answer:
x = 2.0785 and x = -2.245
Explanation:
The following is the step by step solution to the problem.
6x² + x - 28 = 0
Where,
a = 6
b = 1
c = -28
Using the formula,
x = [(-b + √((b)² - 4ac)) / 2a] and x = [(-b - √((b)² - 4ac)) / 2a]
x = [(-1 + √((1)² - 4(6)(-28))) / 2(6)] and x = [(-1 - √((1)² - 4(6)(-28))) / 2(6)]
x = [(-1 + 25.94) / 12 and x = [(-1 - 25.94) / 12
x = 2.0785 and x = -2.245
