Answer:
The acronym is PESTEL
Explanation:
P - Political factors affecting the economy e.g new government being elected.
E - Economic factors affecting the economy or the firm e.g changes in tax law.
S - Social factors affecting the economy e.g changes in population or consumers' belief.
T - Technological factors affecting the economy e.g new methods of producing goods or new methods of online banking
E - Environmental factors affecting the economy. e.g new pollution law
L - Legal factors affecting the economy e.g changes in labor law
From the calculation below, the profit-maximizing labor input is 0.0625, and the profit of the firm is 0.125.
<h3>How do we determine profit-maximizing labor input and profit?</h3>
From the question, we can obtain:
R = Revenue = Q*P = L^0.5 * 1 = L^0.5
C = Cost = w * L = 2L
P = Profit = R - C = L^0.5 - 2L
To obtain the profit-maximizing labor input, the first derivative of P is taken, equated to zero, and we solve for L as follows:
P' = 0.5L^-0.5 - 2 = 0
0.5L^-0.5 = 2
L^-0.5 = 2 / 0.5
L^-0.5 = 4
L^(-0.5/-0.5) = 4^(-1/0.5)
L = 0.0625 ----> profit-maximizing labor input
The profit (P) of the firm can now be calculated by substituting L = 0.0625 into the P function as follows:
P = 0.0625^0.5 - (2 * 0.0625) = 0.125 --------> Profit of the firm
Learn more about profit function here: brainly.com/question/16866047.
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Answer:
The answer is: B) Neither Jeff nor Robert has any recognized gain or loss.
Explanation:
Both Jeff and Robert are contributing different assets to form KS Ventures Corporation. Jeff will transfer property at its fair market value ($90,000) and Robert will also transfer property at fair market value ($70,000) plus $20,000 in cash to equal Jeff's contribution. They haven't gained or lost anything, each still has 50% of stock ($90,000) of KS Ventures Corporation.
Answer:
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Answer:
The optimal stocking level for the bakery is cakes 27.
Explanation:
Cost c = $ 7
Selling price p = $ 10
salvage value s = $ 5
Mean = 25
Standard deviation \sigma = 8
Cu = underage cost
= p-c
= $10 - $7
= $3
Co = overage cost
= c-s
= $7 - $5
= $2
P\leq C_{u}/(C_{u}+C_{o})
P\leq3/(3+2)
= 0.6
By using normsinv() function in excel we to find the correct critical value
The Z value for the probability 0.6 is 0.2533
The optimal stocking level is
=\mu +z\sigma
= 25 + 0.2533 *8
= 27.02
The optimal stocking level of bakery is 27.02
Therefore, The optimal stocking level for the bakery is cakes 27.
