Answer:
a) Process A is the bottleneck of the process
b) Hourly capacity = 60 / bottlenecktime = 60/25 = 2.4 units / hour
Explanation:
Part 1 is processed at A for 15 minutes and then at B for 10 minutes.
Thus part 1 take 15 + 10 i.e. 25 minutes two complete both processes
Part 2 is processed at C for 20 minutes.
Output from B and C i.e. part 1 and 2 respectively are fed to process D where the time taken to assemble is 15 minutes
Thus looking at the given data,
Part 1 takes longer time i.e. 25 minutes to reach process C compared to part 2 i.e. 20 minutes
So bottleneck occurs at process A and B because it takes maximum time i.e. 25 minutes
a) Process A is the bottleneck of the process
b) Hourly capacity = 60 / bottlenecktime = 60/25 = 2.4 units / hour
Answer:
Hence, $ 145548.77 should be invested in B today for it to be worth as much as investment A 9 years from now.
Explanation:
Future value of investment A
=2180*(((1+(8%/12))^(9*12)-1)/(8%/12))
=343196.39
How much money would you need to invest in B today
=343196.39/(1+10%)^9
=145548.77
Positive wording has an effect on the message getting received, which is the goal.
Answer:
There is a loss on disposal of $10000 and option C is the correct answer.
Explanation:
The units of production method charges depreciation based on the activity level that the asset is used for during a period
The depreciation rate under this method is,
Depreciation per hour = (240000 - 40000) / 10000 = $20 per hour
The depreciation for the Year 2015 and 2016 under the units of production method is,
2015 = 20 * 2400 = $48000
2016 = 20 * 2100 = $42000
The accumulated depreciation at the end of 2016 is = 48000 + 42000 = $90000
The carrying value at the end of 2016 is = 240000 - 90000 = $150000
The gain/loss on disposal = 140000 - 150000 = - $10000 or a loss of $10000
