A plot in
Cartesian axes.
This kind
of graph has two exes: x (horizontal) and y (vertical). X represents the
independent variable, in this case: time. Y represents the dependent variable,
which is the one that is changing over time.
For example,
you can make this graph with temperature along the year. You will usually have
higher temperatures in summer, which will be represented in the upper part of
the graph, and lower temperatures in winter, which will be represented in the
bottom part of the graph. January will be on the left and December will be on
the right.
Answer:
$40,000
Explanation:
The accounting procedure involved in the above is that one picks the lower between the actual interest incurred and the interest computed on the weighted average amount of accumulated expenditures for PPE.
The actual interest incurred on specific construction debt and other borrowings
= $50,000 + $20,000
= $70,000
Since the interest computed on the weighted average amount of accumulated expenditure for the building is $40,000 , the lower between the actual interest incurred and interest on weighted average amount of accumulated expenditure is $40,000, hence will be the capitalized amount.
Answer:
The interest rate is the amount a lender charges a borrower and is a percentage of the principal—the amount loaned. The interest rate on a loan is typically noted on an annual basis known as the annual percentage rate (APR).
Explanation:
<em>hope this helps</em>
Answer:
Explanation:
Productivity per unput dollar=Fees charged from clients/total cost to firm
There are 3 options:
1. Using current software:
Av time=40 min
Researcher's cost=$2 a min
Total cost=40*2=80
Productivity per dollar input=Fees charged from clients/total cost to firm= 400/80=$5
2.
Using company A's software
Av time=30min
Cost of reducing av time=$3.5
Researcher's cost=$2
Total =30*2+3.5=63.50
Productivity per dollar input=400/63.5=6.3
3.
Using company B's software
Av time = 28 min
Cost of reducing av time=$3.6
Researcher's cost=$2
Total cost=28*2+3.6=59.6
Productivity per dollar input=400/59.6=$6.71
Answer - Using company B's software
Answer:
15 years
Explanation:
If you are constructing a portfolio to cover the education expenses of your child and you expect that he/she graduates from college in 15 years, then the time horizon of your portfolio should be 15 years since it should cover all the expenses until your child graduates. If you start a little earlier and expect your child to graduate in 20 years, the time horizon will be 20 years, or if you start a little later and expect your child to graduate in 10 year, then the time horizon is 10 years.
