Answer:
In the first range of prices (with PED 15 - 2.5) as the price of the good or service falls, total revenue should increase. Imagine that a 1% reduction in price will result in a 15% increase in quantity demanded. The same happens when PED = 2.5, since a 1% reduction will increase quantity demanded by 2.5%.
e.g. price = $100, quantity demanded = 100, total revenue = $10,000
- price falls to $99, quantity demanded increases to 115, total revenue = $11,385
- price falls to $99, quantity demanded increases to 102.5, total revenue = $10,147.50
On the other range (PED = 1.5 - 0.75) as the price of the good or service falls, at first total revenue will increase but then it will decrease.
e.g. price = $100, quantity demanded = 100, total revenue = $10,000
- price falls to $99, quantity demanded increases to 101.5, total revenue = $10,048.50
- price falls to $99, quantity demanded increases to 100.75, total revenue = $9,974.25
Answer:
$4000 is the correct answer to the given question .
Explanation:
The marginal cost with compare to the labor can be written as
Here K=9 units putting this value in the previous equation we get
We can find the value of labor by the given formula that are given below
From the given question that are mention in question
Q = 2(K)1/2(L)1/2
Putting the value of K and L in the given equation we get
So profit maximizing output is =$60 chairs as the chairs can be sold for the $400 each so = $60 * $400 *10=$24000 chairs
As the competitive wage of $120 for 100 units as well as the total of $8,000 on the 9 units of capital equipment
=$20000
Therefore profit-maximizing level of output =$24000-$20000=$4000
Answer: The dirty clothes, water and detergent
Explanation: Inputs are the resources that are put into the system to attain a desired output, that may have a value to someone. The output is the final commodity that one get at the end of the system.
If we see washing machine as a system then the cleaned clothes are the output from that system. The resources that are used to get the clothes cleaned such as dirty clothes, water and detergent are the inputs.
Hence from the above we can conclude that the correct option is A.
Answer:
Return on Assets (2006) = 7.60 %
Explanation:
Return on Assets = Earnings Before Interest and Tax ÷ Total Assets
Therefore,
Return on Assets (2006) = ($115,000 + $30,000) / ( $600,000 + $60,000 + $900,000) × 100
= $118,000 / $1,560,000 × 100
= 7.60 % (one decimal place)
