Answer:
Wormwood limited
Production plan that will yield the least cost of $49,630 is shown in the attached document.
It entails maxing out the regular capacity from period 1 to 5, and using regular to produce only 140 units in period 6
It further entails using overtime to produce 10 units from period 1 to 5. And subcontracting only in period 4 to cover the demand/production gap.
This will keep inventory of 10 units in period 2, which is carried into period 3 and consumed in period 4.
Answer:
Shortage: there is more demand than there is at the equilibrium price. There is also less supply than there is at the equilibrium price, thus there is more quantity demanded than quantity supplied.
Your pretty much short in supply and cant fulfill the demand
While surplus
When a price floor is set above the equilibrium price, quantity supplied will exceed quantity demanded, and excess supply or surpluses will result.
Theirs a a large amount of supply due to the pricing most likely beign high
Explanation:
Answer:
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Answer:
Bilateral Contract
Explanation:
A bilateral contract is an agreement between two parties in which each side agrees to fulfill his or her side of the bargain.
The bilateral contract is the most common kind of binding agreement. Each party is both an obligor (a person who is bound to another) to its own promise, and an obligee (a person to whom another is obligated or bound) on the other party's promise. A contract is signed so that the agreement is clear and legally enforceable.
In this case Windsor promises to pay $375 and Gary promises to deliver 20 pounds of cheese.
Answer:
The profit maximizing output level declines by 2.5 units and the price rises by $100.
Explanation:
In a monopoly market the inverse demand curve is given as,
P = 1,200 - 40Q
The marginal cost of production of the last unit is $200.
The total revenue is
= 
= 
The marginal revenue of the last unit is
= 
= 1,200 - 80Q
At equilibrium the marginal revenue is equal to marginal price,
MR = MC
1,200 - 80Q = 200
80Q = 1,000
Q = 12.5
Putting the value of Q in the inverse demand function,
P = 
P = $700
Now, if the marginal cost rises to $400,
At equilibrium the marginal revenue is equal to marginal price,
MR = MC
1,200 - 80Q = 400
80Q = 800
Q = 10
Putting the value of Q in the inverse demand function,
P = 
P = $800