Answer:
B. Factoring
Explanation:
Factoring is a financial transaction in which a business sells its accounts receivables to a third party (mostly financing firms) at a discount. Accounts receivable is a record of money customers owe to the company for sales made on credit.
The company sells its future cash-flow owed by it's customers, in return for cash upfront but the cash received is less than the amount it would've received in accounts receivable later because the financing company charges that amount of providing cash (liquidity) to the company.
Factoring is not considered a loan, as the parties neither issue nor acquire debt as part of the transaction.
So the short-term financing option utilized by Tunebeak is Factoring.
Answer:
$328000
Explanation:
Given: Cost of machine= $880000
Residual value= 60000
Estimated life= 10 years
Company use straight line depreciation method.
∴ Depreciation = 
⇒ Depreciation= 
∴ Depreciation=
per year.
Now, lets find the value of depreciation.
∵ Machine is sold on December 31, 2019, which is 6 years after it is installed.
∴ Depreciation value after 6 years= 
Depreciation value after 6 years= 
Next, finding the value of machine after 6 years of depreciation.
Value of machine after 6 years= 
∴ Disposal value of machine after 6 years of usage is
, however, machine was sold at $225000.
Answer:
E. Zeenat plans to become a kindergarten teacher, she has a part-time job to help finance her education and plans to obtain her graduate degree in education in three years.
Explanation:
SMART stands for SPECIFIC, MEASURABLE, ATTAINABLE, REALISTIC, TIME-HORIZON.
if look at the above answer, it has all the qualities of a SMART goal.
Relevant, you don't want information that has nothing to do w to your topic
Answer:
you should hold <u>76</u> shares of stock per 100 put options to hedge your risk.
Explanation:
Current stock price, S = $85
Risk-free rate of return, r = 5%
Standard Deviation, v = 25%
Exercise price, X = $90
expiration date, t (in years) = 30 days = 1 month = 1/12 = 0.083333 years
The option price (OP) is given by the formula:

![d_1 = [ln(S/X) + (r + v^{2} /2)t]/vt^{0.5}\\d_1 = [ln(85/90) + (0.05 + 0.25^{2} /2)*0.08333]/(0.25*0.08333^{0.5})\\d_1 = -0.6982](https://tex.z-dn.net/?f=d_1%20%3D%20%5Bln%28S%2FX%29%20%2B%20%28r%20%2B%20v%5E%7B2%7D%20%2F2%29t%5D%2Fvt%5E%7B0.5%7D%5C%5Cd_1%20%3D%20%20%5Bln%2885%2F90%29%20%2B%20%280.05%20%2B%200.25%5E%7B2%7D%20%2F2%29%2A0.08333%5D%2F%280.25%2A0.08333%5E%7B0.5%7D%29%5C%5Cd_1%20%3D%20-0.6982)

Using the pro-metric calculator for the cumulative normal distribution:
N(-d1) = N(- (-0.6982)) = N(0.6982) = 0.75747
N(-d2) = N(-(-0.7704)) = N(0.7704) = 0.77947

![OP =[ 90e^{(-0.05*0.08333)} * 0.77947] - (85*0.75747)\\OP = 5.48](https://tex.z-dn.net/?f=OP%20%3D%5B%2090e%5E%7B%28-0.05%2A0.08333%29%7D%20%2A%200.77947%5D%20-%20%2885%2A0.75747%29%5C%5COP%20%3D%205.48)
Note that N(-d₁) = 0.76
This means that 76/100 (i.e to hedge your risk, you should hold 76 per 100 put options )