Answer:
The amount of interest expenses that Jennifer can deduct from her tax return for tax year 2019 is $100.
Explanation:
The amount of interest expenses that Jennifer can deduct from her tax return for tax year 2019 can be calculated using the following formula:
Interest expenses deductible = (Taxable interest / Total interest) * Interest expenses .................... (1)
Where;
Taxable interest = $1,200
Total interest = $6,000
Interest expenses = $500
Substituting the values into equation (1), we have:
Interest expenses deductible = ($1,200 / $6,000) * $500
Interest expenses deductible = 0.20 * $500
Interest expenses deductible =$100
Therefore, the amount of interest expenses that Jennifer can deduct from her tax return for tax year 2019 is $100.
Answer:
a. $118,000
Explanation:
When preparing a cash flow statement, using indirect method we add decrease in current assets and we deduct increase in current assets.
Here it is provided that income reported = $110,000
Opening balance of accounts receivables = $40,000
Closing balance of accounts Receivables = $32,000
Change in Accounts receivables = Closing - Opening = $32,000 - $40,000 = - $8,000
Therefore there is decrease in accounts receivables which is a current asset.
Thus Cash Flow from operating activities
Net Income = $110,000
Add: Decrease in current assets = $8,000
Net cash flow from operating activity = $118,000
Correct option is
a. $118,000
Answer:
Between 7.8 and 12 Years
Explanation:
The modified duration of a portfolio is defined as a weighted average in the modified duration of an individual bonds. Therefore it will lie between the extreme values of the modified duration of the bonds in portfolio so that the weights are all positive.
In the context, the modified duration lies between 7.8 years and 12 years as the modified duration would always lie between the lowest modified duration and the highest modified duration of any bonds in a portfolio. Therefore the weights are value that will lie between these two years.
Elastic.
This is
the formula for elasticity:
Elasticity
= (Quantity variation/Quantity)/(Price variation/Price)
Inelastic
demand is the one in which a variation in price doesn’t lead to an important
variation in the quantity bought by consumers. So, in the formula, numerator is
much smaller than denominator, so the fraction is lower than 1. That happens
with necessary goods (typically, food).
On the
contrary, elastic demand is the one in which a variation in the price leads to
an important variation in the quantity bought by consumers, and that means the
fraction is higher than 1. So if I sell the product at a lower price, I will
sell much more product.
Considering the formula:
R = P*Q, when demand is elastic,
I will
have much more sold quantity with just a little lower price, which leads to a higher
revenue.
