Answer:
The growth of the real GDP per capita was 7.18%
Explanation:
It is important to establish that:
Future Value = Present Value × ((1 + r)^t), given that <em>r</em> is the <em>interest rate</em> and <em>t</em> is the <em>time period</em>
Real GDP per worker increased from $40,000 to $320,000 in 30 years
Therefore, we have;
320000 = 40000*(1+r)^30
(1 + r)^30 = 8
1 + r = 8^1/30
1 + r = 1.0718
r = 0.0718 = 7.18%
Answer:
1. 10s
2. Slower than normal
Explanation:
1. To calculate the normal time, we first take the average of Charlene's observed times:
Average of Charlene's observed time = 
= 8.5s
Her normal time is therefore: 
= 
= 10s
2. Since no of Charlene's observed time is higher than normal time of 10s, we can therefore conclude that her work perfomance should be rated as slower than normal.
Answer:
Option D) $54.400
Explanation:
When a company disposes a capital asset, the cost of the asset it's the remanent value, that is the difference between the original cost less the accumulated depreciation, in this case $170.000 minus $109.000, remanent value is $61.000.
This value it's the cost of sale and the price it's $50.000 , the result of this transaction it's a loss of ($11.000) so the after-tax cash inflow it's ($4.400).
The total Cash Inflow it's the sum of $50.000 (gained from the sale) and the save on taxes for $4.400, because of the loss I get a payback on taxes, the total is $54.400.
Answer:
Annual depreciation (year 2)= $20,000
Explanation:
Giving the following information:
Purchase price= $115,000
Salvage value= $15,000
Useful life= 5 years
<u>To calculate the annual depreciation under the straight-line method, we need to use the following formula:</u>
<u></u>
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (115,000 - 15,000) / 5
Annual depreciation= $20,000
