Answer:
a) 0.667
b) Yes
Explanation:
Data provided in the question:
Mean = 0.04
Standard Deviation = 0.003
Upper Specification Limit, USL = 0.046
Lower Specification Limit, LSL = 0.034
Now,
a) Capability Index is given as:
Cp = 
or
Cp = 
or
Cp = 0.667
Also,
Cpk = min(
or
Cpk = min(
or
Cpk = min( 0.667
, 0.667 )= 0.667
Since,
Cp and Cpk are same in this case
therefore, it is ideal condition and process is capable
b) yes
Answer:
A. D1 = 1.50*1.06 = 1.59
D2 = 1.59*1.06 = 1.69
D3 = 1.69*1.06 = 1.79
B. PV of D1=(1.50*1.06)/1.13^1=1.41
PV of D2=(1.50*1.06^2)/1.13^2=1.32
PV of D3=(1.50*1.06^3)/1.13^3=1.24
PV of all dividend = (1.50*1.06)/1.13^1 + (1.5*1.06^2)/1.13^2 + (1.5*1.06^3)/1.13^3
PV of all dividend = 1.59/1.13 + 1.6854/1.2769 + 1.786524/1.442897
PV of all dividend = 1.407079646 + 1.319915 + 1.238150748
PV of all dividend = 3.965145814288893
PV of all dividend = 3.97
C. PV = 27.05/(1+13%)^3
PV = 27.05/(1.13)^3
PV = 27.05/1.442897
PV = 18.74701
PV = 18.75
D. The most you should pay for it
:
= (1.50*1.06)/1.13^1+(1.5*1.06^2)/1.13^2+(1.5*1.06^3)/1.13^3+27.05/1.13^3
=22.71
E. Value = (1.50*1.06)/(13%-6%)
Value = 1.59 / 7%
Value = 1.59 / 0.07
Value = 22.714286
Value =22.71
F. No, the value is not dependent on the holding period, you can see from above that the value of infinite time period estimated in E equals to the value calculated when there was 3 years holding period.
A I think dont trust me though but i think a
Thomas Robert Malthus is the economist who supported it the most
