Answer:
40%
Explanation:
For computing the manufacturing cycle efficiency, first we have to compute the throughput time which is shown below:
Throughput time = Process time + Inspection time + Move time + Queue time
= 6 + 0.6 + 0.4 + 8
= 15
Now
Manufacturing cycle efficiency (MCE) is
= Value added time (process time) ÷ Throughput time
= 6 ÷ 15
= 40%
We simply applied the above formulas so that the manufacturing cycle efficiency (MCE) could come
Answer:
She should invest $300,000 in Project A, and $200,000 in Project B.
Explanation:
Solution
Since Project B yields a higher return, she should invest as much money as possible in it, which is 40% of the total investment or
or (0.40)($500,000) = $200,000
so
The remaining $500,000 - $200,000 = $300,000 should be invested in Project A.
Therefore, she should invest $300,000 in Project A, and $200,000 in Project B.
Answer:
0.8
Explanation:
Given:
Number of chips contained in each box = 10
Weight of each packet of chips = 3 ounce
Average weight per box = 853 grams
Upper specification limit of the weight = 846 + 12 grams = 858 grams
Lower specification limit of the weight = 846 - 12 grams = 834 grams
Standard deviation, σ = 5 grams
Now,
Capability index =
or
Capability index =
or
Capability index = 0.8
The appropriate response is two strengths and one threat. Jake had two qualities (these are inward to the operation): (1) $100,000 financing, (2) three talented installers. He had one danger (outer to the operation): (1) poor economy prove by almost no new development and property dispossessions
Answer is: she needs to insert<span> the SATA drive into an external enclosure (cage for drive) and connect it into an eSATA socket on the back of the portable computer.
External SATA (eSATA) is </span>standard hardware interface for connecting hard drives. <span>eSATA ports on the back of the portable computer (laptop) accept external SATA drives.</span><span />