Answer:
1. Payback period = 2.8 years
2. Break-even time = 3.8 years
3. NPV = $12,577
Explanation:
NOTE: See the attached excel file for the calculation tables.
1. Determine the payback period for this investment.
Payback period = 2 years and [(49,600 / 70,800) * 12] months = 2 years and 8 months approximately = 2.8 years.
2. Determine the break-even time for this investment.
Break-even time = 3 years and [(23,622 / 36,199) * 12] months = 3 years and 8 months approximately = 3.8 years
3. Determine the net present value for this investment.
Net present value (NPV) of this investment is $12,577
Answer:
Dr Cash 105,600
Dr Compensation Expense 14,400
Cr Common Stock 10,000
Cr Paid-In Capital – Excess of Par 110,000
Explanation:
KL Corp Journal entry
Dr Cash 105,600
Dr Compensation Expense 14,400 (10,000*12*12%)
Cr Common Stock 10,000 (10,000*1)
Cr Paid-In Capital – Excess of Par 110,000
(10,000*(12-1))
Answer:
The correct answer is option D.
Explanation:
The demand elasticity is -1.4.
The supply elasticity is 1.2.
Since the demand is elastic, the imposition of tax will not be profitable for the government.
The imposition of tax will increase the price of the good, this will decrease the demand for good, thus the revenue will decrease.
The tax incidence on consumers
= E (supply) / (E (demand)) + E (supply)
= 
= 
= -6
Answer:
Variability
Explanation:
Variability expresses the notion that a service may vary in standard or quality from one provider to the next or from occasion to the next.
Answer:
A 6,500
Explanation:
The number of units to be sold is calculated as;
= (Pretax income + Fixed costs) ÷ Contribution margin
Given that;
Pretax income = $35,000
Fixed costs = $420,000
Contribution margin
= Selling price per unit - Variable cost per unit
= $200 - $130
= $70
= ($35,000 + $420,000) ÷ $70
= 6,500 units
