If the standard deviation is 20.98%. The range you should expect to see with a 95 percent probability is: -31.02 percent to +52.9 percent.
<h3>Expected range of return </h3>
Expected range of return = 10.94 percent ± 2(20.98 percent)
Expected range of return =[10.94 percent- 2(20.98 percent)]; [10.94 percent + 2(20.98 percent)]
Expected range of return =(10.94 percent- 41.96 percent); (10.94 percent + 41.96 percent
Expected range of return = -31.02 percent to +52.9 percent
Inconclusion the range of returns is: -31.02 percent to +52.9 percent.
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Answer:
The marginal rate of technical substitution will remain constant.
Explanation:
The marginal rate of technical substitution is the rate at which an input is substituted for others. For instance, it is the rate at which the amount of labor should be decreased to increase the amount of capital.
It represents the slope of an isoquant. When the inputs are perfectly substitutable, the isoquant is a straight line. In this situation, the marginal rate of technical substitution remains the same at all the points of the isoquants. The MRTS remains constant, though further information is needed to find out if it is high or low.
Answer:
d) as a current liability
Explanation:
Current Liabilities are those liabilities which are payable within one years time e.g trade payable, tax payable etc.
The credit against the purchase of inventory is classified as the trade payable and it is paid in a short time, so it will be reported on the balance sheet in current liability section.
Answer:
$248,600
Explanation:
The computation of amount of manufacturing overhead is shown below:-
Amount of manufacturing overhead would have been applied = Predetermined overhead rate × Actual direct labor-hours
= $22.60 × 11,000
= $248,600
Therefore for computing the amount of manufacturing overhead we simply multiply the Predetermined overhead rate with Actual direct labor-hours
Umm can someone answer this please because i need help on this as well
