Given:
The length of a string in yards is a function f(n) of the length n in inches
To find:
The function rule for the given situation.
Solution:
We know that,
12 inches = 1 yard
1 inch = 
yard
n inches = 
yards
It is given that the length of a string in yards is a function f(n) of the length n in inches. So,
Therefore, the required function for the given situation is .
Answer:
Mass determines how fast a car can accelerate. Since a car accelerates slower with more adults, and faster with less adults, this means that the mass has a big impact on acceleration. Therefore, we can conclude that the mass determines how fast a car can accelerate.
Answer:
y^2+x^2=25
Step-by-step explanation:
The formula for the equation of a circle is (y-(y coordinate of circle))^2 + (x-(x coordinate of circle))^2=radius^2. Sorry if this is unclear, PM me if you need more explanation!
There is no depreciation schedule provided along with your question.
Assuming that the question makes us of the <span>Modified Accelerated Cost Recovery System (MACRS), which provides that </span>the useful life for non-residential real property is 39 years. Depreciation is straight line using the mid-month convention.
The mid-month convention means that the month of acquisition is calculated as half month irrespective of the date of acquisition.
Given that <span>Richard purchased and placed in service an office building costing $753,000, including $134,000 for the land in August 2016, the depreciable part is only the building, hence the depreciable cost is given by:
$753,000 - $134,000 = $619,000
</span>
<span><span>The depreciation charge for each year of the estimated life of the building is given by:
$619,000 / 39 = $15,871.79
</span>The depreciable period in 2016 is 4.5 months (i.e. September, October, November and December with August treated as half month).
</span>Therefore, the <span>amount of depreciation Richard may claim in 2016 is</span> given by:
(4.5 / 12) x $15,871.79 = $5,951.92.
