Having a good credit score
Answer:
The value of the put option is;
e. $9.00
Explanation:
To determine the value of the put option can be expressed as;
C(t)-P(t)=S(t)-K.e^(-rt)
where;
C(t)=value of the call at time t
P(t)=value of the put at time t
S(t)=current price of the stock
K=strike price
r=annual risk free rate
t=duration of call option
In our case;
C(t)=$7.2
P(t)=unknown
S(t)=$50
K=$55
r=6%=6/100=0.06
t=1 year
replacing;
7.2-P=50-55×e^(-0.06×1)
7.2-P=50-(55×0.942)
7.2-P=50-51.797
P=51.797+7.2-50
P=$8.997 rounded off to 2 decimal places=$9.00
Answer:
Blume's formula combines the geometric and arithmetic means of an asset to be able to predict its returns in a given period.
The formula is;
<em>= Geometric Mean*(T-1)/(N-1) + Arithmatic Mean *(N-T)/(N-1)
</em>
Where;
T = Period in question
N = Total period
10 years
= 8.3%*(10-1)/(90-1) + 10.3%*(90-10)/(90-1)
= 10.1 %
25 years
= 8.3%*(25-1)/(90-1) + 10.3%*(90-25)/(90-1)
= 9.76%
30 years
= 8.3%*(30-1)/(90-1) + 10.3%*(90-30)/(90-1)
= 9.65%
Answer:
value of the firm = 21.20 million
value of the firm = 20.80 million
Explanation:
given data
current profits = $400,000
annual rate = 4 percent
opportunity cost = 6 percent
solution
we get here value of the firm before pays out current profits as dividend is express as
value of the firm = current profits ( 1+opportunity cost ) ÷ ( opportunity cost - annual rate ) ................1
put here value
value of the firm =
value of the firm = 21.20 million
and
value of the firm after pays is
value of the firm = current profits ( 1+annual rate ) ÷ ( opportunity cost - annual rate ) ................2
value of the firm =
value of the firm = 20.80 million