Above is a utility schedule for your grandmother. Assume the equilibrium price of Product A is $5 and the equilibrium price of P

Answer:

The answer is $59.50.

Explanation:

The calculations based on the scenario are as follows:

Profit on futures price = After futures price - before futures price

$63.50 - $59

= $4.50

Thus, the effective price that the company pays can be calculated using this formula:

Effective price paid = Spot price in July - Gain on futures price

= $64 - $4.50

= $59.50

Initially, I would familiarize myself with the team members assigned to me. With 75 tasks total and fairness being a priority, I would distribute 25 tasks to each individual. If anyone struggles with their assignments, I would either assist them or reassign tasks to ensure they feel comfortable. As a leader, I would also contribute by working alongside my team, listen to any concerns they have, and collaboratively find solutions. 

Answer:

option A is the correct choice

Paid-In Capital in Excess of Par will receive a credit of $150,000

Explanation:

Details provided:

shares = 5000

share price = $5 / common stock

cash received = $175000

Now, we need to determine which option is correct

solution

We know we have a cash value of $175,000;

the total common stock is calculated as follows = shares × share price

Total common stock = 5000 × 5

Total common stock value = $25000

Thus, paid capital in excess = cash - total common stock value

Paid capital in excess = 175000 - 25000

Paid capital in excess is $150000

Thus, option A is correct

Paid-In Capital in Excess of Par will be credited for $150,000

Answer:

a. What is the initial investment at t=0?

• -$90,000

b. What is the Cash Flow at year 1?

• $33,950

c. What is the Cash Flow at year 3?

• $40,270

d. What is NPV?

• $1,788.50

Explanation:

Initial investment amounts to $90,000

Annual depreciation calculated using straight-line depreciation method = $90,000 / 3 = $30,000

Year 1 cash flow = [($40,000 - $5,000 - $30,000) × 0.79] + $30,000 = $33,950

Year 2 cash flow = [($45,000 - $6,000 - $30,000) × 0.79] + $30,000 = $37,110

Year 3 cash flow = [($50,000 - $7,000 - $30,000) × 0.79] + $30,000 = $40,270

Using an Excel spreadsheet, I calculated the NPV = $1,788.50