George Green has determined that the amount of money he spends on his mortgage payment, car loan payment, and home insurance pay

Answer:

A total of $600,000 is needed for financing to support the cash conversion cycle

Explanation:

To determine the financing requirement, we start by calculating the cash conversion payable illustrated as follows:

Cash conversion cycle = Average inventory age + Average collection duration - Average payment time

= 65 + 60 - 65

= 60 days

Next, we must utilize the financing equation shown below:

= Total annual operating cycle outlays × cash conversion cycle ÷ total days in a year

= $3,650,000 × 60 days ÷ 365

= $3,650,000 × 0.16438

= $600,000

Hence, a financing amount of $600,000 is essential to sustain the cash conversion cycle.

Answer:

The elasticity of supply for hot cocoa calculated at 1.43.

(D) The coffee market's supply is less elastic compared to that of hot cocoa.

Explanation:

Applying the midpoint formula,

The elasticity of supply for hot cocoa is (change in quantity supplied/average quantity supplied) ÷ (change in price/average price).

The change in quantity supplied amounts to 101 - 31 = 70.

The average quantity supplied equals (101 + 31)/2 = 66.

70/66 yields 1.06.

The price change is 9.75 - 4.5 = 5.25.

The average price is (9.75 + 4.5)/2 = 7.125.

5.25 divided by 7.125 results in 0.74.

Thus, hot cocoa's elasticity of supply is 1.06 ÷ 0.74 = 1.43. The supply for hot cocoa is elastic since this value exceeds 1.

For coffee, the elasticity of supply computes to (73 - 31)/(73 + 31)/2 ÷ 0.74, which simplifies to 42/52 ÷ 0.74 = 0.81 ÷ 0.74 = 1.09. Coffee supply is regarded as elastic as well because its elasticity is above 1.

However, the supply of coffee is less elastic than that of hot cocoa since its elasticity value is lower than that for hot cocoa.

Answer:

The total payoff is  $50000

Explanation:

solution

The payment is represented at a certain point in a circular format.

This reflects the cumulative results and their probabilities.

The total payoff point is

total payoff  = 0.5 × $100,000 + 0.5 × 0

total payoff  =  $50000

It indicates that the best decision would be the cancer lab, as it presents the highest expected return of 60000