Answer:
type B 50 pounds
type A 94 pounds
Explanation:
First we construct the equation system:
Now we clear one and replace:
And we can solve for type B:
And now we can solve for quantity of A as well:
A = 144 - 50 = 94
<u>Finally we can check the answer if it is correct:</u>
50 x 5.9 + 94 X 4.75 =
295 + 446,5 = 741,5
Answer:
9%
Explanation:
- $379,650 CF 0
$150,000 CF 1
$150,000 CF 1
$150,000 CF 1
The approximate internal rate of return on this project is 9%
Answer:
C) enforceable requirements contract.
Explanation:
A requirements contract is a contract between one organization and its vendor. The vendor agrees to supply as much of a good or service that the organization may need and require, and the organization agrees to only purchase the good or service from that specific vendor.
In this case, Elfredo agrees to supply all the goods needed by Derkin, and Derkin agrees to buy the goods it needs only from Elfredo.
Answer:
A) $160,000
Explanation:
To calculate Nichola's accounts receivable at the end of the current business cycle we have to add credit sales during the fifth and sixth months:
accounts receivables = $150,000 + $10,000 = $160,000
The credit sales made during the sixth month should be received during the seventh month and the credit sales made during the fifth month should be paid next year (in 9 months). Since the business cycle is only 6 months long, any credit sale that should be collected beyond the sixth month, should be included under accounts receivables.
Answer:manufacturing cycle efficiency (MCE)= 0.40
Explanation:
Solution to solve for the manufacturing cycle efficiency (MCE)
Manufacturing Cycle Efficiency (MCE) is solved using the following
Throughput time = Process time + Inspection time + Move time + Queue time
= 6 Days + 0.6 Days + 0.4 Days + 8 Days
= 15 Days
Therefore, the Manufacturing cycle efficiency (MCE) = Process time / Throughput time
= 6 Days / 15 Days
= 0.40
Therefore, the Manufacturing Cycle Efficiency (MCE) will be <u>0.40</u>