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: True
A chronological resume lists your work history in order of of date.
The answer to the question presented above would be the tragedy of the commons. When individual fishing boats harvest more fish each year in order to maximize profits while, as a result, threatening the fish population with <span>extinction, it is called tragedy of the commons. </span>
Answer:
7.84%
Explanation:
Given:
Bond's par value (FV) = $1,000
Maturity (nper) = 25 × 2 = 50 periods (since it's semi-annual)
YTM (rate) = 0.0925÷2 = 0.04625 semi annually
Price of bond (PV) = $875
Calculate coupon payment (pmt) using spreadsheet function =pmt(rate,nper,-PV,FV)
PV is negative as it's a cash outflow.
So semi- annual coupon payment is $39.20
Annual coupon payment = 39.2×2 = $78.40
Nominal Coupon rate = Annual coupon payment ÷ Par value
= 78.4 ÷ 1000
= 0.0784 or 7.84%
