Answer:
Derived demand accelerates changes in markets.
Explanation:
Derived demand can be defined as the way in which the demand for a good or service tend to result from the demand for the related good or service and this occured when their is the demand for either good that are tangible or intangible goods where a market exists for both related goods and services.
In another word Derived demand occured in a situation where the demand for one good or service happens because of the want for another good or service Example is increase in the need for Shoes material or equipment because of the increase in the need for Shoes
because the factor of production by a company is dependent on the demand by consumers for the product produced by that company which is why the transition to become demand-driven is slowly occurring in many industries.
Hence, The factor that increases the volatility of demand in industrial markets is "Derived demand accelerates changes in markets"
Answer:
value of the firm = 21.20 million
value of the firm = 20.80 million
Explanation:
given data
current profits = $400,000
annual rate = 4 percent
opportunity cost = 6 percent
solution
we get here value of the firm before pays out current profits as dividend is express as
value of the firm = current profits ( 1+opportunity cost ) ÷ ( opportunity cost - annual rate ) ................1
put here value
value of the firm = 
value of the firm = 21.20 million
and
value of the firm after pays is
value of the firm = current profits ( 1+annual rate ) ÷ ( opportunity cost - annual rate ) ................2
value of the firm = 
value of the firm = 20.80 million
Answer:
The annuity will cost him $963,212.95.-
Explanation:
Giving the following information:
Cash flow= $75,000
Interest rate= 0.0525
n= 20
First, we need to calculate the final value. We will use the following formula:
FV= {A*[(1+i)^n-1]}/i + {[A*(1+i)^n]-A}
A= annual cash flow
FV= {75,000*[(1.0525^20) - 1]/0.0525} + {[75,000*(1.0525^20)] - 75,000}
FV= 2,546,491.88 + 133,690.82= $2,680,182.70
Now, the present value:
PV= FV/(1+i)^n
PV= 2,680,182.70/(1.0525^20)
PV= $963,212.95
Answer:
$10,425
Explanation:
The computation of total annual costs of renting is shown below:-
Total annual costs of renting = Annual cost of rent + Annual insurance cost + Interest lost
= ($860 × 12) + $84 + ($700 × 3%)
= $10,320 + $84 + $21
= $10,425
Therefore computing the total annual costs of renting we simply applied the above formula.
