Answer:
regression theory
Explanation:
According to the <u>regression theory</u> of Alderfer’s ERG theory, an already-satisfied lower-level need can become reactivated when a higher-level need cannot be satisfied.
Alderfer proposed a regression theory to go along with the ERG theory, where he propounded that <u>when needs in a higher category are not met then individuals redouble the efforts invested in a lower category need.</u>
For example if self-actualization or self-esteem needs in the Maslow's hierarchy of needs are not met then individuals will invest more effort in the physiological and safety category in the hopes of achieving the higher need.
Answer:
a. 80,000 units
b. 95,000 units
Explanation:
The computation is shown below:
a.The anticipated break-even sales (units) is
As we know that
Break even point in units = Total fixed cost ÷ Contribution margin per unit
= $27,600,000 ÷ $345
= 80,000 units
Where,
Contribution margin per unit = Selling price per unit - Variable cost per unit
= $1,150 - $805
= $345
b. The units for realize operating income is
Unit sales for target profit = (Fixed expense + Target profit) ÷ Contribution margin per unit
= ($27,600,000 + $5,175,000) ÷ $345
= $32,775,000 ÷ $345
= 95,000 units
Answer: Option (A) is correct.
Explanation:
Correct Option: A.supply whatever amount consumers demand at a price determined by the minimum point on the typical firm's average total cost curve.
In the long run, equilibrium price of a perfectly competitive firm implies that there is no economic profit for the firm. This situation occur when the marginal cost is equal to the average total cost.
The firm is break even when the price is equal to the minimum point of average total cost of the firm. So, there is no possibility of economic profit for the firm.
Answer:
The total cost of the phone is $1,270.56
Explanation:
The total cost of the phone is computed as:
Total cost = Cost of phone for 2 years + Cost of warranty coverage for 2 years
where
Firstly, the cost of phone for 2 years is computed as:
Cost of phone =( For first year) Per month Cost × 12 months +( For second year ) Per month Cost × 12 months
= $39.95 × 12 + $39.95 × 12
= $ 479.4 + $479.4
=$958.8
Then, the Cost of warranty coverage for 2 years is computed as:
Cost of warranty = ( For first year) Per month Cost × 12 months +( For second year ) Per month Cost × 12 months
= $12.99 × 12 + $12.99 × 12
= 155.88 + $155.88
= $311.76
Therefore, the total cost would be:
Total cost = $958. 8 + $311.76
= $1,270.56
