answer
<em>c </em><em> </em><em>i </em><em>don't </em><em>need </em><em>to </em><em>explain </em><em>I'd </em><em>take </em><em>c</em>
Answer:
3.5 customers
Explanation:
The computation of the average number of customers in the system is shown below:
= (Arrival rate) ÷ (Service rate - arrival rate)
= (210 customers) ÷ (270 customers - 210 customers)
= (210 customers) ÷ (60 customer)
= 3.5 customers
We simply apply the average number of customers formula so that the correct value can come
All other information which is given is not relevant. Hence, ignored it
Answer:
Option (B) is correct.
Explanation:
Given that,
Project 1:
Initial investment = $120,000
Cash inflow Year 1, Year 2, Year 3, Year 4, Year 5 = $40,000
Hence,
Annual cash flow = $40,000
Payback period:
= Initial investment ÷ annual cash inflow
= $120,000 ÷ $40,000
= 3 years
Therefore, the payback period for Project I is 3 years.
Having to deliver is one bad having wider variety or costumers is a good language change witch could cost to have a translator
Answer:
The expected return of the portfolio is 12.8%
Explanation:
A portfolio is invested 22% on stock G, 50% on stock J and 28% on stock K.
The expected return on stock G is 7%, on stock J is 13% and on stock K is 17%.
Weighted return on stock G
= 0.22*7%
=1.54%
Weighted return on stock J
=0.50*13%
=6.5%
Weighted return on stock K
=0.28*17%
=4.76%
The expected return on the portfolio
=Weighted return on stock G+Weighted return on stock J+Weighted return on stock K
=(1.54+6.5+4.76)%
=12.8%