Answer:
<em>Therefore the output level at which the firm's profit is maximized is = -100.it indicates a loss</em>
Explanation:
<em> Given that,</em>
<em> the firm's profit function,
</em>
<em> (q) = 40q - (110 +20q +10q^2)
</em>
<em>
The Profit is maximised by taking the first formula of the profit function with respect to. q and putting it equal to 0, (first order condition). This gives us,
</em>
<em>
dπ (q)/dq = 40 - 20 - 20q = 0
</em>
<em>
The variable cos of the firm's average is , AVC= 20 +10q. At q=1, AVC= 30.
</em>
<em>
Since AVC is less the price, then the firm will function in the short run.
</em>
<em>
(since TR= 40q and q=1, therefore p=40).
</em>
<em>
It gives q=1
</em>
<em>
At q=1, revenue = 40, total cost= 140, therefore maximum profit = -</em>
Answer:
The correct answer is: decrease.
Explanation:
The Hawthorne effect was conducted between the 1920s and 1930s by Henry A. Landsberger (born in 1926) in the Western Electric's Hawthorne Works electric company in Chicago, Illinois. After the research, Landsberger concluded that employees' productivity is subject to being observed or not while doing their duties alleging that is the only motivation employees had. The more observed are workers, the higher the productivity.
In the example, Rollin's performance is likely to decrease according to the Hawthorne effect because no motivation factor pushes her to improve her productivity.
Yes china has a pure market economy
Answer: See explanation
Explanation:
a) What is the economic order quantity?
This will be:
= ✓[(2 × Demand × Ordering Cost)/(Holding Cost)]
= ✓(2 × 15700 × 77 / 22)
= ✓109900
= 331 approximately
b) What are the annual holding costs?
Holding Cost = Average Inventory × Holding cost for item
= 331/2 × $22
= $3641
c) What are the annual ordering costs?
This will be calculated as:
= (Annual Demand/EOQ)*Ordering Cost
= (15700 / 331) × 77
= $3652
d) What is the reorder point?
Reorder point = Daily Demand × Lead Time
= (15700/300) × 3
= 157 units
Answer:
594 units
Explanation:
We must apply the logistics growth model, since applying linear or exponential growth will result in numbers which are much higher than the total production capacity of this facility. When we use the logistics growth model, the growth rate decreases as the resource limit approaches.
f(x) = c / (1 + ae⁻ᵇˣ)
initial value = c / (1 + a) = 240
600 = 240 + 240a
360 = 240a
a = 1.5
b = growth rate = (360 - 240) / 240 = 0.5
x = 5
e = 2.71828
f(x) = 600 / [1 + [1.5 x (2.71828⁻⁵) = 600 / 1.010106954 = 593.9965 = 594 units
