Answer:
At the growth rate of 3% per year
Number of years taken to double the GDP = 23.33 years
The the GDP will double ( 23.33 - 20 ) 3.33 years earlier at 3.5% growth rate
Explanation:
According to the rule of 70
Number of years taken to double the GDP = 70 ÷ [ Growth rate ]
Thus,
At the growth rate of 3% per year
Number of years taken to double the GDP = 70 ÷ 3
= 23.33 years
Further
if the growth rate is 3.5% per year
Number of years taken to double the GDP = 70 ÷ 3.5
= 20 years
Hence,
The the GDP will double ( 23.33 - 20 ) 3.33 years earlier at 3.5% growth rate
The higher the supply the lower the price will be and the higher the demand the higher the price will be. This means that they have an inverse relationship. In short, the more you need something the more you're willing to pay for it, and the less you need it the less you want to pay, and this is basically how the economy works when producing and selling.
For volume and lift in a blow dry style, a round brush can be used.
Answer:
d. 13.31%
Explanation:
IRR is the rate at which NPV = 0
IRR 13.31%
Year 0 1 2 3
Cash flow stream -1100.000 450.000 470.000 490.000
Discounting factor 1.000 1.133 1.284 1.455
Discounted cash flows project -1100.000 397.136 366.060 336.804
NPV = Sum of discounted cash flows
NPV Project = 0.000
Where
Discounting factor = (1 + discount rate)^(Corresponding period in years)
Discounted Cashflow = Cash flow stream/discounting factor
IRR = 13.31%
Therefore, The project's IRR is 13.31%
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