The answer is<u> "proof-of-concept prototype".</u>
A proof of concept is a framework structured simply to exhibit the usefulness of a solitary or little arrangement of standards to be coordinated into different frameworks. True ease of use isn't viewed as while making a proof of idea since incorporation with other faulty advancements isn't just tedious, however may weaken the capacity to decide whether the standard idea is practical.
A prototype is a first endeavor at making something that may be true usable. It is assumed that you may misunderstand things all the while, yet finding that out is the standard motivation behind a model. A model will have all (or almost all) of the usefulness of the completed item, however will for the most part not be as proficient, tastefully satisfying, or strong.
Answer:
December 31
Dr Pension expense $182,100
Cr Unfunded pension Liabiltiy $182,100
January 15
Dr Unfunded pension Liabiltiy $182,100
Cr Cash $182,100
Explanation:
Preparation of the entry to record the accrued pension liability payment to the funding agent on January 15
December 31
Dr Pension expense $182,100
Cr Unfunded pension Liabiltiy $182,100
(Being to record quarterly pension Liabiltiy)
January 15
Dr Unfunded pension Liabiltiy $182,100
Cr Cash $182,100
( Being to record the accrued pension liability payment to the funding agent)
Your answer would be, If the Marginal Product of labor increases/rises, The Marginal Cost of Output FALLS.
If the Marginal Product of labor Falls, The Marginal Cost of Output RISES.
Hope that helps!!!
Answer:
The Capability Index for this process is 1.04. The right answer is B
Explanation:
According to the given data we have the following:
μ = 31 Seconds
USL = 45
LSL = 10
Standard deviation σ= 4.5
Therefore, in order to calculate the Capability Index for this process we would have to use the following formula:
Cpk=Min<u>(
USL-μ</u> , <u>μ-
LSL</u>)
3×σ 3×σ
Cpk=Min<u>(
45-31</u> , 31<u>-
10</u>)
3×4.5 3×4.5
Cpk = Min ( 1.04,1.56) = 1.04
The Capability Index for this process is 1.04
