Answer:
1) 2 minutes
2) 7 minutes
3) Zero ( 0 ) minutes
4) yes
5) zero ( 0 ) minutes
Explanation:
1) Time required to serve
= 2 minutes
2) The operator will begin processing the fourth customer at 7 minutes
3) The fifth customer will wait in line for zero ( 0 ) minutes
4) Yes the sixth customer will get served right away
5) The average waiting time for the 6 simulated customers is Zero ( 0 )
Attached below is the simulation of the six arrivals
Answer:
C. Online boutique is the answer
Answer:
$3,799
Explanation:
The total bill amount is
Before that The computation of the fixed cost and the variable cost per minute by using high low method is computed
Variable cost per minute = (High bill cost - low bill cost) ÷ (High minutes - low minutes)
= ($4,500 - $2,630) ÷ (480 - 160)
= $1,870 ÷ 320
= $5.84
Now the fixed cost equal to
= High bill cost - (High minutes × Variable cost per minute)
= $4,500 - (480 × $5.84)
= $4,500 - $2,803
= $1,697
Now the total bill would be
= Fixed cost + expected minutes × variable cost per minutes
= $1,697 + 360 × $5.84
= $1,697 + $2,102
= $3,799
Answer:
(1)$42.4 (2)$50.50 (3)$85.32
Explanation:
Solution
Given that:
(1) The current stock price is computed below:
Stock price, P0 = D1÷(r-g)
Where
D₁ = the next dividend expected
r = the return required
g = he growth rate
Thus
= $1.60×(1+6%)/(10%-6%)
$42.4
(2) The formula for the stock price in three years is given below:
Stock price, P3= D4÷(r-g)
Here
D₁ = the next dividend expected
r = the return required
g = he growth rate
= $1.60×[(1+6%)^4]/(10%-6%)
= $50.50
(3) Now we determine the price of the stock in 12 years
P12 = D13÷(r-g)
Here
D₁ = the next dividend expected
r = the return required
g = the growth rate
= $1.60×[(1+6%)^13]/(10%-6%)
= $85.32
