Answer:
1. attention to detail
2. Juris Doctor degree
3. critical-thinking skills
4. research skills
Hope you have a good day ^w^
Answer:
The rate of return on the investment if the price fall by 7% next year is -22% which is shown below.
The price of Telecom would have to fall by $71.43($250-$178.57), before a margin call could be placed.
Lastly,if the price fall immediately,the margin price would $178.57 as shown below
Explanation:
Total shares bought=$40000/$250=160 shares
Interest on amount borrowed=8%*$20000=$1600
When the price falls by 7% the new price =$250(1-0.07)=$232.50
Hence rate of return=(New price*number of shares-Interest-total investment)/initial investor's funds
=($232.50*160-$40000-$1600)/$20000=-22%
Initial margin=investor's money/total investment=$20000/$40000=50%
maintenance margin=30%
Margin call price=Current price x (1- initial margin)/ (1- maintenance margin)
=$250*(1-0.5)/(1-0.3)
=$178.57
False. Gpd was not designed to assess welfare
Answer:
The intrinsic value of a share today is $16.87
Explanation:
Intrinsic Value of the share is calculated as below.
Dividend Valuation method is used to value the stock price of a company based on the dividend paid, its growth rate and rate of return. The price is calculated by calculating present value of future dividend payment.
Value of Share = Dividend / (Rate of return - Growth rate)
placing values in the formula
Value of share = $2 / (14% - 6%) = $25
$25 is the value of share after 3 year, to calculate today's value we have to discount it as below
Today's value of share = $25 x ( 1 + 14% )^-3 = $16.87
Answer:
Dr Right of use asset 59,007.60
Cr Lease liability 59,007.60
Explanation:
Variable lease payments are generally not included as right of use asset or lease liability. Even though a 60% possibility exists that an additional $5,000 will be paid, they are not based on an index and are not disguised payments (only two exceptions to this rule).
Annual lease payments = $12,000
PV annuity factor, 6%, 6 periods = 4.9173
PV of lease payments = $12,000 x 4.9173 = $59,007.60