Answer:
Rate of return is 2.52%
Explanation:
Investment in 1925 = $10,000
Portfolio value in 2000 = $64,402.23
Number of years = 2000-1925 = 75 years
Rate of return = ?
Using following formula to calculate rate of return.
A = P x ( 1 + r )^n
64,402.23 = 10,000 x ( 1 + r )^75
64,402.23 / 10,000 = ( 1 + r )^75
6.440223 = ( 1 + r )^75
![\sqrt[75]{6.440223} = \sqrt[75]{(1+ r)^75}](https://tex.z-dn.net/?f=%5Csqrt%5B75%5D%7B6.440223%7D%20%3D%20%5Csqrt%5B75%5D%7B%281%2B%20r%29%5E75%7D)
1.02515 = 1 + r
r = 1.02515 - 1
r = 0.02515
r = 2.52%
Answer:
The amount of interest is $576.
Step by step explanation :
Given : Enrique borrowed $3600 to put a down payment on a motorcycle. The loan had a simple interest rate of 8% for 2 years.
To find : The amount of interest he will pay on the loan.
Solution : Using the formula,

Where, I= Interest , P=principal , R= rate, T=time in years
We have given that :
P=$3600
R=8%=0.08
T=2 years
Substitute value in the formula to find interest,



Therefore, The amount of interest is $576.
The answer to this question would be false because when you file for bankruptcy you are not asking to get help to pay your debt you are asking to have it expunged.
Answer:
I think the third option is easy for you
Answer:
correct option is $38.21
Explanation:
given data
stock price = $100
stock price = either $160 or $60
interest rate = 6%
exercise price = $135
solution
we get here Hedge ratio that is express as
Hedge ratio = (Pay off in case price appreciates - Pay off in case price depreciates) ÷ (Appreciated price - Depreciated price) ..................1
put here value we get
Hedge ratio = ( Max [$135 - $160, $0] - Max[$135 - $60, $0]) ÷ ($160 - $60)
Hedge ratio = 
Hedge ratio = - 0.75
so here Price of Put option is
Price of Put option = -Hedge ratio × {Appreciated price ÷ (1 + risk free rate) - Present stock price}
Price of Put option = -(-0.75) × 
Price of Put option = $38.21
so here correct option is $38.21