Answer:
$52,435.00
Explanation:
After 3 years the future value of 100,000 at 6 percent will be
FV = PV × (1+r)n
=FV = 100,000 x (1 +0.06)3
FV = 100,000 x 1.191016
FV = 119, 101.60
The interest will be 119, 101.60 - 100,000
=19,101.60
The depreciation over 9 year period, per year will be
=1/9 x 100,000
=11, 111.11 per year
3 year depreciation = 33,333.33( 11,111.11 x 3)
The investment must generate at least
19,101.60 + 33,333.33
=$52,434.93
=$52,435.00
Answer:
Yes, there is no need to change the eatings habits
Explanation:
Ari will maximize utility until
MU / P for both is equal in order to be at equilibrium
So, in this case,
For Hot dogs
= MU / P
where
MU is marginal utils, which is 20
P is Price, which is $2
So,
= 20 / $2
= 10
For Hamburgers
= MU / P
where
MU is marginal utils, which is 25
P is Price, which is $2.5
So,
= 25 / $2.5
= 10
Therefore, MU / P for hot dog = MU / P for Hamburger
Hence, there is not need to change the eatings habits.
Hey There!:
Sample Mean = 4.4823
SD = 0.1859
Sample Size (n) = 7
Standard Error (SE) = SD/root(n) = 0.0703
alpha (a) = 1-0.99 = 0.01
t(a/2, n-1 ) = 3.7074
Margin of Error (ME) = t(a/2,n-1)x SE = 0.2606
99% confidence interval is given by:
Sample Mean +/- (Margin of Error)
4.4823 +/- 0.2606 = (4.222 , 4.743)
Hope this helps!
Answer:
hello your question is incomplete attached below is the complete question
answer: 28.12%
Explanation:
The first table is the allotting of relative weighted value in from to chart and also finding the Total.
The second table is found by multiplying 1-times cell distance in the upper 2-times with cell distance in lower triangular values.
Hence Flow efficiency = (Total / penalty ) * 100
= ( 36 / 128 ) * 100 = 28.12%
