Which of the following is true?
b.
net cash flow + cash outflow = cash inflow
Total Cash Inflow is basically Cash Reciepts, Cash inflow from Sale of Assets and the like. Cash Outflow refers to Expenses paid, Assets purchased etc. Net Cash flow is basically the difference between Cash Inflow and Cash Outflow, It could be negative if outflow is more than inflow and positive if inflow is more than outflow.
Observing the above explanation, B Seems like the correct Option.
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Answer:
$91
Explanation:
Given the following information,
Direct materials per unit = $54
Direct labor per unit = $20
Variable overhead per unit = $6
Fixed overhead for the year = $462,000
For Absorption costing method, it includes all costs associated with production, including fixed and variable cost. The unit product cost is calculated using direct material, direct labor and total unitary manufacturing overhead.
Unitary cost = (Fixed overhead for the year / Units produced) + Direct materials per unit + Direct labor per unit + Variable overhead per unit
Unitary cost = ($462,000 / 42,000) + $54 + $20 + $6
Unitary cost = $11 + $54 + $20 + $6
Unitary cost = $91
Therefore, the product cost per unit is $91
Answer:
a.Preferred Stock for $475,300
and Paid-In Capital in Excess of Par—Preferred Stock for $164,900.
Explanation:
The par value it's a minimum price that the company assigns to the issued shares only to be used in the accounting system but it's not related to market price.
This par value will be shown as a separate value in the section of stockholders' equity, reported under the item Paid-in-Capital, the difference with the market price it's reported as Preferred Stock.
Cash $640.200 Debit
Preferred Stock $475.300 Credit
Paid-In Capital in Excess of Par—Preferred Stock $164.900 Credit
Answer:
Since 0.33 + 0.75 = 1.08 is greater than one, this production function therefore exhibits increasing returns to scale.
Explanation:
From the question, we have the following restated equation:
![q=10L^{0.33} K^{0.75}](https://tex.z-dn.net/?f=q%3D10L%5E%7B0.33%7D%20K%5E%7B0.75%7D)
Where q is the output, and L and K are inputs
To determine the types of returns to scale, we increase each of L and K inputs by constant amount c as follows:
![q = 10(cL)^{0.33}(cK)^{0.75}](https://tex.z-dn.net/?f=q%20%3D%2010%28cL%29%5E%7B0.33%7D%28cK%29%5E%7B0.75%7D)
We can now solve as follows;
![q = 10c^{0.33+0.75} L^{0.33}K^{0.75}](https://tex.z-dn.net/?f=q%20%3D%2010c%5E%7B0.33%2B0.75%7D%20L%5E%7B0.33%7DK%5E%7B0.75%7D)
![q=c^{1.08} L^{0.33} K^{0.75}](https://tex.z-dn.net/?f=q%3Dc%5E%7B1.08%7D%20L%5E%7B0.33%7D%20K%5E%7B0.75%7D)
Since 0.33 + 0.75 = 1.08 is greater than one, this production function therefore exhibits increasing returns to scale.