Answer:
![STC = 20K + 25L = 20*5 + 25*[\frac{Q^2}{25}] = 100 + Q^2](https://tex.z-dn.net/?f=%20STC%20%3D%2020K%20%2B%2025L%20%3D%2020%2A5%20%2B%2025%2A%5B%5Cfrac%7BQ%5E2%7D%7B25%7D%5D%20%3D%20100%20%2B%20Q%5E2%20)
Explanation:
We are given:
K units of capital and L units of labor.
•Each unit of capital cost = 20
• Each unit of labor cost =25
• Level K is fixed at 5 units
We are told production function Q = K√L
Using the production functions and the values given, we can get that Q=5√L.
To find Q, the amount of labor will be given as:
Therefore, the Short run total cost function (STC) will be:
![20K + 25L = 20*5 + 25[\frac{Q^2}{25}] = 100 + Q^2](https://tex.z-dn.net/?f=%2020K%20%2B%2025L%20%3D%2020%2A5%20%2B%2025%5B%5Cfrac%7BQ%5E2%7D%7B25%7D%5D%20%3D%20100%20%2B%20Q%5E2%20)
Answer:
D : All options are correct
Explanation:
- The marginal buyer is the essence of demand curve while marginal seller is essence of supply curve.
- @ Q = 500 units, Selling Price is set at SP = $35
- @ Q = 500 units, Buying Price is set at BP = $40
- Since, SP ≠ BP our equilibrium price would be $ 37.5 assuming the price elasticity of demand and supply are equal. In any case the equilibrium price would lie in between [ 35 , 40 ] such that to prevent a shortage of units in near future.
- Moreover, if the seller decides to sell at price $35 then he must sell goods greater than 500 units to reach the equilibrium profits. However, it could also lead to excess of units or surplus.
- We see that from selling the goods at SP = $35 while the buyer is willing to pay BP = $40 for 500 goods, the seller would be under-profiting and would be earning $5*500 = $2,500 less than he would at equilibrium price of $40 and selling units greater than 500. Hence, 500 goods is not an efficient quantity of goods.
Answer:
b. $44,500
Explanation:
Particulars Amount
Direct material used $12,500
Direct labor used $26,500
Total factory overhead <u>$5,500</u>
Total Manufacturing Cost <u>$44,500</u>
Answer: 980
Explanation:
The number of units of inventory that the storage area must be able to hold will be calculated as:
Demand = 100 × 300 = 30000
Production rate per day = 500
Setup cost = $200
Annual holding cost = $10
We then use the economic order quantity formula to solve and the answer will be gotten as 1225
The maximum inventory will now be:
= EQQ × (1-d/p)
= 1225 × (1-100/500)
= 1225 × ( 1 - 0.2)
= 1225 × 0.8
= 980
Answer:
architectural innovation
Explanation:
The scenario is describing the term known as architectural innovation. This refers to the innovation of the specific architecture of any product that changes and/or modifies the way the different components of the machine link or relate to each other, thus allowing it to perform new functions or the same functions but in a much more user-friendly manner. This is what Canon did by changing the architecture of the copying machine so that it was more user-friendly for the end consumer.
