Group price discrimination has consumer surplus than under .

Business

1 answer:

makvit [3.9K]3 years ago

5 0

Answer:

The correct answer is letter "B": less; perfect competition.

Explanation:

Typically, more output is produced in perfect competition markets than in markets ruled by price discrimination. Consumer surplus is greater at the same time. Group price discrimination transfers the company some of the competitive consumer surpluses as an additional profit and causes the loss of deadweight due to reduced production.

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A manufacturing company is considering a capacity expansion investment at the cost of $258,388 with no salvage value. The expans

Jobisdone [24]

Answer:

33,610.42 units

Explanation:

For computing the minimum annual production rate first we have to determine the annual worth by using the PMT formula which is shown below:

Given that

Present value = $258,388

Interest rate = 10%

NPER = 7 years

Future value = $0

The formula is shown below:

= PMT(RATER;NPER;-PV;FV;type)

The present values comes in a negative

After solving this, the annual worth is $53,074.32

And, the annual operating maintenance cost is $28,599

So, the revenue should be

= $53,074.32 + $28,599

= $81,673.32

Now the minimum annual production rate is

= $81,673.32 ÷ $2.43

= 33,610.42 units

4 0

3 years ago

Six-membered cyclic hemiacetals and five-membered cyclic hemiacetals are called, respectively, ________. six-membered cyclic hem

cestrela7 [59]

Six-membered cyclic hemiacetals and five-membered cyclic hemiacetals are called, respectively, none of the above.

Explanation:

Pyranoses and furanoses are the terms used to mention the six-membered cyclic hemiacetals and five-membered cyclic hemiacetals respectively.

Pyranose is a saccharide having a chemical structure that includes a six-membered ring. One oxygen atom and five carbon atoms are present in the six-membered ring. The external part of the ring may have some carbons.

The carbohydrates having a chemical structure with a five-membered ring system is known as furanoses. One oxygen atom and four carbon atoms and are present in the five-membered ring system. There is no chance of double bonds in the furanose ring.