Answer:
Total allocated costs= $79,500
Explanation:
<u>First, we need to calculate the allocation rates:</u>
Predetermined manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base
setup= 15,000/40= $375 per setup
machining= 225,000/5,000= $45 per hour
packing= 90,000/500= $180 per order
<u>Now, we can allocate costs to Product A1:</u>
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
setup=375*20= 7,500
machining= 45*1,000= 45,000
packing= 180*150= 27,000
Total allocated costs= $79,500
Answer:
Arrival rate
1 every 3 minutes
1 minute = 1/3 = 0.33
60 minutes = 0.33*60 = 19.8 = 20 per hour
λ = 20 per hour
Service Rate
1 every 2 minutes
1 minutes = 1/2 = 0.5
60 minutes = 0.5*60 = 30 per hour
µ = 30 per hour
a. Utilization of Teller Machine
P = λ / µ
P = 20/30
P = 66.67%
b. Average number of customers in line
Lq = pL = (λ/µ) (λ/µ- λ)
= (20 / 30) (20 / 30 - 20)
= 20/30 * 20 / 10
= 1.33 customers
c. Average number of customers in the system
L = (λ/µ- λ)
= 20 / 30 - 20
= 20 / 10
= 2 customers
d. Average time customer spends in line
Wq = λ/[µ*(µ- λ)]
= 20 / [30 * (30-20)]
= 20 / 30 * 10
= 0.06667 hours or 4 minutes
e. Average time customers spend in the system
W = 1/(µ- λ)
= 1 / 30 - 20
= 1/10
= 0.10 hours or 6 minutes
f. Probability that there are 3 customers in the system
Pn = (1-p)*p^n
= (1 - 20/30) * (20/30)^3
= 0.3333 * 0.296296
= 0.09876
g. Probability that there are two or more customers in the system
= 1 - P(0) - P(1)
= 1 - (1 - 20/30) * (20/30)^0 - (1 - 20/30) * (20/30)^1
= 1 - 1/3 - 2/9
= 4/9
= 0.4444
First, you will try to save as much money as you can if you want to start your own business, for example. Then, you may realize that what you have saved is not enough. This is the moment when you will go to a bank to borrow money in order to finish your ventures. You will then use that money to invest in something and hope it will pay off. Then you will pay back the money you earned and start the cycle again by saving.
In this case <span>the yen is likely to Depreciate against the euro
The value of a currency will increase if it became rare (less owner)
If the amount of yen is abundant but yet it remained unwanted, the value of the yen currency will keep dropping.</span>
Answer:
The margin of safety as a percent of sales is 25%
Explanation:
Break-even is the level of sales at which business has no profit no loss situation.
Break-even point = Fixed cost / Contribution margin ratio = $36,000 / 24% = $150,000
Margin of safety is the level of sales at which the business is safe from making loss. Margin of safety measures the profit after the break-even point.
Margin of Safety = Total sales - Break-even point = $200,000 - $150,000 = $50,000
Margin of safety to sales = ( $50,000 / $200,000 ) x 100 = 0.25 x 100 = 25%
