A __________ is a local operation completely owned by a foreign company.

kozerog [31]

Answer:

A message in which you are trying to get the reader to agree with your opinion. This way the walk away with a new perspective over such topic.

3 0

3 years ago

Read 2 more answers

Suppose the demand function (D) for golf clubs is: Q = 240-1.00P, where P is the price paid by consumers in dollars per club and

bogdanovich [222]

Solution :

According to the theory of demand and supply, the equilibrium price and the quantity is established where both the demand and supply curves intersect.

From the graph, we can see that the point of equilibrium is at the intersection of D and S.

At this point, mathematically, D = S. In order to determine the price and quantity which exists at this point, we need to equate the demand as well as supply functions to calculate the equilibrium values.

∵ D is equal to S, we have

$240-1.00P=1.00P$

$240=2P$

$120=P$

Now substituting this value of the equilibrium price in to any of the functions, we get the equilibrium quantity at this price.

$Q=240-1.00P$

$Q=240-1.00(120)$

$Q=240-120$

$Q=120$

This is the equilibrium quantity. At this point, equilibrium price as well as the quantity is the same. Let the price of the golf club increases from $120 to $140. So substituting the value to the function above to determine the new quantity.

$Q = 240-1.00(140)$

= 100

Therefore, when the demanded quantity decreases from 120 thousand clubs to 100 thousand clubs. This increases the price and decreases the quantity as the supply curve moved to the left. The demand remains constant.

4 0

3 years ago

he Wood Valley Dairy makes cheese to supply to stores in its area. The dairy can make 485 pounds of cheese per day (358 days per

Kaylis [27]

Answer :

Minimum total annual cost = $3,321.26

Explanation :

The computation of the minimum total annual cost is shown below:

As per the data given in the question,

Annual demand (D) = 67 × 358 days = 23,986

Setup cost (C) = $290

Production rate (R) = 358 days × 485 = 173,630

Holding cost(H) = $0.92

Economic production quantity(Q) = sqrt((2 × D × C) ÷ H × (1-(D ÷ R)))

= sqrt(((2 × 23,986 × $290) ÷ $0.92 × (1 -(23,986 ÷ 173,630)))

= 4,188.7

= 4,189

Minimum total annual cost is

= (Q ÷ 2) × (1 - D ÷ R) × H + (D ÷ Q) × C

=4,189 ÷ 2 × (1 - (23,986 ÷ 173,630) × $0.92+ (23,986 ÷ 4,189) × 290

= $3,321.26

6 0

3 years ago

True or false: being an actor is required for a director's complete training.

gayaneshka [121]

False.

In theatre, a director's role and training is independent and separate from that of an actor. The two roles are distinct and do not require participation as the other in order to complete each. A director's training will be complete through activity other than working or being an actor in a production.

4 0

3 years ago

3. (1 point) Suppose a firm faces potential demand from two customer bases, H and L, with high and low valuation of the firm’s p

MariettaO [177]

Answer: A. increases with the number of H consumers.

Explanation: If all type H customers are currently purchasing the product, it means that its customer base is large and significant enough and as such the firm would prefer to sell all of its product to H, and also do to the fact that there is only so much supply that a firm can provide. But, fewer quantities of goods would remain for L if more and more goods are sold to H. Due to this lower quantity supplied to the L customer base, it then means that the firm can set the price higher for L. This is because at a higher price, quantity demanded reduces (which is expected for L) and it can therefore maintain supply to H which has more customers.

7 0

4 years ago