Answer:
$235,000
Explanation:
Under the accrual accounting system, expenses are recognized in the period incurred and not necessarily in the period cash is paid.
Revenue is also recognized in the period earned and not necessarily when cash is collected.
Total revenue in 2018 = $200,000 + $150,000
= $350,000
Net income is the difference between the revenue and expense
Net income in 2018 = $350,000 - $115,000
= $235,000
Answer:
it take 29.23 years, my salary to double.
Explanation:
To make the salary double I have to increase the value of salary by 100%. If inflation rate is 2.4 percent per year and salary increase the same rate the time period to make it double can be calculated as follow.
As every year 2.4% has compounding effect, so we will use compounding formula to solve this problem.
Target value = Existing value ( 1 + growth rate )^time period
200% = 100% ( 1 + 2.4% )^n
2 = 1 ( 1 + 0.024 )^n
2 = 1 ( 1.024 )^n
2 = 1.024^n
Taking log on both sides to solve the n
Log 2 = n Log 1.024
n = Log 2 / Log 1.024
n = 29.23 years
I will take 29.23 year to double the salary
Answer:
Realized loss = $5000
Explanation:
The adjusted basis is the net cost of an asset after it has had depreciation deductions and/or capital expenditure increments. In other words, its actual worth at that particular point in time.
The amount realized is the fair market value and the sum of any money received at the sale of an asset.
A realized gain or loss is the difference between the amount realized from the sale of the asset and the asset's adjusted basis on the time of its sale. A positive figure proves to be a gain and a negative figure proves to be a loss. In other words, when an asset is sold for a price higher than what it is actually worth at the time of sale, it is a realized gain whilst if it is sold for a price lower than what its net cost is, it is a realized loss.
In this case,
$50,000 - $55,000 = $(5000)
There is a realized loss for Andrea of $5000 on the sale of this machinery.
Answer:
C) 0.9.
Explanation:
The calculation of the price elasticity of demand is shown below:
Price elasticity of demand is
= (Change in quantity demanded ÷ average of quantity demanded) ÷ (Change in price ÷ average of price)
where,
q1 = 11
q2 = 9
p1 = $100
p2 = $125
So,
= {(9 - 11) ÷ (9 + 11) ÷ 2} ÷ {($125 - $100) ÷ ($125 + $100) ÷ 2 }
= {-2 ÷ 10} ÷ {25 ÷ 112.5 }
= -0.9
= 0.9
