The answer is <u>"They will chose investments with less risk".</u>
Everything in life is about exchange offs. With low-risk investment decisions, you are probably not going to lose your main, yet you are additionally far-fetched to gain a high rate of return.
In the event that you are investing cash you won't have to use inside the following ten years you might need to consider something that offers the potential for a higher return, which may likewise involve going for additional risk.
The way toward building a portfolio implies you astutely select speculations with various levels of risk so they cooperate toward a shared objective.
Answer:
$57,000
Explanation:
<u><em>Step 1 : Depreciation Rate</em></u>
Depreciation Rate = (Cost - Residual Value) ÷ Estimated Production
therefore,
Depreciation Rate = $14.00 per machine hour
<u><em>Step 2 : Depreciation expenses</em></u>
Depreciation expense = Depreciation Rate x Annual production
therefore
Year 1 = $42,000
Year 2 = $56,000
Year 3 = $70,000
Total = $168,000
<em><u>Step 3 : Book Value</u></em>
Book Value = Cost - Accumulated Depreciation
= $225,000 - $168,000
= $57,000
Conclusion :
book value at the end of year 3 is $57,000
Answer: That CPU capacity will double every 2 years.
Explanations:
Moore's law states that transistor capacity doubles in dense integrated circuits every two years, and the law has been true for over 50 years. Consequently, the semiconductor has used this law as a guide for product planning.
Because of nanotechnology, this law may remain valid for many more years.
However, because the cost of production has been increasing, the law is not expected to continue indefinitely.
Answer:
Profit maximising price = 48
Explanation:
Total Cost : C (x) = 8x + 3
Demand Curve : p (x) = 88 − 2x
Total Revenue = p (x). x = x (88 - 2x) = 88x - 2x^2
Profit maximisation is where Marginal Cost (MC) = Marginal Revenue (MR)
MC = d TC / d Q = d (8x + 3) / d x = 8
MR = d TR / d Q = d (88x - 2x^2) / d x = 88 - 4x
Equating MR & MC ,
88 - 4x = 8 , 88 - 8 = 4x
x = 80 / 4 , x = 20
Putting value in demand curve,
p = 88 - 2x = 88 - 2 (20) = 88 - 40
p = 48
I think the depreciation will be charged only on the value of the house so that would be $753000-134000=$619000 since the land wouldn't depreciate. The actual amount of depreciation I don't know, just that it will be based on this value of the building on the land.
