Answer:
A. Consumers will be more likely to buy luxury goods in foreign markets.
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
By dropping production costs, subsidies aid domestic manufacturers strive in contrast to foreign imports and attainment export markets. Subsidies proceeds many forms as well as cash grants, low interest loans, tax breaks and government equity contribution in domestic companies. Government subsidies should be paid for or usually by taxing people and businesses. The biggest protectors of the agricultural subsidies are the industrialized nations of the world and the consequence of subsidies is subsidies protect inefficient domestic producers. Conferring to the strategic trade policy, subsidies can assist a company to attain a first mover benefit in an developing industry. Non-tariff obstructions which comprise of subsidies, quotas, voluntary export restraints and anti dumping duties.
Answer:
The correct answer is:
A term rider on a permanent policy.
Explanation:
A return of premium rider refers to the case when the insured adds some additional clauses to the normal policy for an extra cost. A rider is obtained considering a specific period of time in which the policy would be paid to the beneficiaries in case of death, sickness or disability of the insured person. In case that the insured subject lives more than the pre-established period of time the amount that he paid for the return of premium rider would be given back to him. For example if J pays $50 monthly for a 30 years life term policy and he lives after that period of time, he will receive $18.000 at the end of the contract as a premium return.
Answer:
$1.05
Explanation:
Mean is 40 quartz per day
standard deviation is 6 quartz per day
Optimal orders = mean demand + Standard deviation
Optimal order = 40 + 6
= 46 quartz per day
$0.35 * 2.84 * 49 / 46
= $1.05
