Not sure but I'll take a chance: Probably product existance. If not then product capture
<u>Solution and Explanation:</u>
As the utility function is concave in shape, so person is risk averse. Thus, he will not accept the gamvle.
The difference between utility at point A&C = 70 minus 65 = $5, is less than a the difference between A&B = 65 minus 55 = $10
<u>MCQ:
</u>
Answer is option a&d - risk averse people fear a lot for losing money, thus they overestimate the probability of loss
Since, shape of utility function is concave, hence the double derivative of utility with respect to wealth is negative, so utility falls at an decreasing rate , as wealth increases
Generally, prices are inflated when there are fewer choices.
Answer:
Minimum transfer price when operating at capacity is the marginal cost + opportunity cost
Maximum transfer price is marginal cost only, when not operating at capacity.
Explanation:
Minimum transfer price when operating at capacity is the marginal cost + opportunity cost because when operating at capacity there are 2 elements involved - the cost at which it has made the units it will be transferring to another department within the organisation, and the profit it would have made if it had sold those units to others (opportunity cost)
Maximum transfer price is marginal cost only, when not operating at capacity because the department is constrained, it can only produce for the satisfaction of internal demand, not external customers; hence there is no case of opportunity costs.
Answer:
Contribution margin per unit= $7.5
Explanation:
Giving the following information:
Each radio sells for $23.75 and the variable cost per unit is $16.25.
The contribution margin is the difference between the selling price and the unitary variable cost:
Contribution margin= selling price - unitary variable cost
Contribution margin= 23.75 - 16.25
Contribution margin= $7.5
