Answer:
The correct answer is b. an implied contract.
Explanation:
The theory of implicit contracts refers to the fact that the relationship between employers and workers is governed, in addition to the "explicit" legal contracts signed between the two, by a multitude of tacit commitments established during the understanding between the two parties. Implied contracts are unwritten agreements and informal rules that companies have with their workers, and that, in many cases, are justified in the commitment to wage stability. In this theory, companies set wages within a broad and long-term strategy or stability of the employment relationship.
Answer:
a. 41.6 million
b. 42.28 million
Explanation:
A) GIven
forecast in june = Sjune = 42 million
Checks recived in june = Xjune = 40 million
Smoothing constant = a = 0.2
So for july
Sjuly = a*Xjune + (1-a)*Sjune
=0.2*40 + (1-0.2)*42 million
=8+33.6 = 41.6 million
B) forecast in july = Sjuly = 41.6 million
Checks recived in july = Xjuly = 45 million
Smoothing constant = a = 0.2
So for August
Saugust = a*Xjuly + (1-a)*Sjuly
=0.2*45 + (1-0.2)*41.6 million
=9+33.28 = 42.28 million
<em>Note: This uses an exponential smoothing to forecast the results, but from the number of checks recived we see that it increases linearly. So we need a linear forecasting method .</em>
Answer: a. $1,500
Explanation:
Working capital is calculated by deducting current liabilities from current assets. It is meant to show the operating liquidity of a company within a period.
Working capital = Current assets - Current liabilities
= 5,000 - 3,500
= $1,500
It was make up of mostly services, but also contained goods that had alot of labor put into them.
Answer: True
Explanation: <em> Bond-yield-plus-risk-premium method is used if the entity has publicly listed debt, shapes the bond return. This is therefore effective interest on a organization's long-term debt.
</em>
<em>Here equity risk premium approximation can be extremely imprecise, also fluctuating disorderly, depending on which framework is used.</em>
