Answer:
(a) 3.2
(b) 10 minutes
(c) 0.8
Explanation:
Mean number of customer in service:
= Arrival rate ÷ service rate
= 24 in 60 min ÷ 30 in 60 min
= 24 ÷ 30
= 0.8
a) Average number of people in line:
= (Mean number of customer in service × arrival rate) ÷ (Service rate - arrival rate)
= 0.8 × (24 ÷ 6
)
= 3.2
b) Average time spend at the ticket office is = 10 minutes
c) Proportion of time server is busy:
= Arrival rate ÷ service rate
= (24 in 60 min ÷ 30 in 60 min)
= 24 ÷ 30
= 0.8
Answer:
Getting a work-study job
Working at an on-campus job
Explanation:
The first option that will meet Matt's needs is to get a work-study job. A work-study job is like a financial aid program available in the universities to help students out of their financial needs. Work-study job is a part-time job that will enable Matt to work while studying at the University in California. It allows Matt to engage in a part-time job for some hours a week during his free time, like 20 hours a week while he studies in school and earns some money to subsidize the cost of his studies since Matt wants to avoid paying debt once he is out of school.
A work-study job is the best option for Matt's finance position because it will provide financial assistance for the cost of his education.
The other option for Matt is to work at an on-campus job. This is almost the same as a work-study job because it is a part-time job and carried out only in his free time. It is a part-time job done by students in the university while studying to help their financial needs. The only difference with the work-study job is that the job here will only be done on campus, unlike work-study job which can be done outside the campus. Here Matt will have to get a part-time job on campus and not outside the campus.
Answer:
Please find the detailed answer as follows:
Explanation:
Step 1. Given information.
Carrying amount 310.000
Fair Value 160.000
Step 2. Formulas needed to solve the exercise.
Impairment loss = Carrying value - Fair Value
Step 3. Calculation.
Impairment loss = $310.000 - $116.000 = $194.000.
Step 4. Solution.
The carrying amount of $310.000 > fair value of $160.000. To measure the impairment loss, just do CV-FV. hence $310.000 - $116.000 = $194.000.
Loss on impairment $194.000
Patent $194.000
