Answer:
$1 or 100% of the tax
Explanation:
When the price elasticity of demand is 0, it means that the good or service will be purchased regardless of its cost. Very few things have such a low price elasticity, and the fact that this is drug for treating cancer is the reason why that happens. Anyone that can purchase a drug that will keep you alive, will do so as long as you have enough money to do so. Another good with a very low price elasticity, but not 0, is gasoline with a 0.02 to 0.04, and gasoline is a basic necessity also.
The curve for a perfectly inelastic good is vertical. So any increase in taxes will be paid by the customers.
Answer:
Annual depreciation= $7,996
Explanation:
Giving the following information:
Purchase price= $42,000
Useful life= 5 years
Salvage value= $2,020
<u>To calculate the annual depreciation under the straight-line method, we need to use the following formula:</u>
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (42,000 - 2,020) / 5
Annual depreciation= $7,996
Answer:
$721,000 is correct
Explanation:
Cost of goods sold =754000 + 125000 -158000
=721,000
The <em>federal reserve</em> use <u>open-market operations</u> tool to control monetary policy through<em> bank borrowing.</em>
<h3>What are open-market operations?</h3>
Open market operations tend to imply the process in which the Fed buys and sells securities of the government in the <u>financial market</u> or to <u>commercial banks. </u>
Therefore, the money supply stabilizes when Fed <em>sells securities</em> that <u>decrease</u> the borrowing capacity of the banks. Similarly, when Fed <em>purchases securities</em>, the banks' borrowing capacity increases which increase the <em>money supply. </em>
Learn more about Federal reserves here:
brainly.com/question/18451428
Answer:
$729
Explanation:
We can calculate the actual cost value by first multiplying the purchase value by the depreciation rate and after that deducting that amount from the replacement cost.
DATA
Replacement value = $1,200
Purchase value = $942
Depreciation rate = 3 years/6 years = 0.5
Solution
Acutal cost value = Replacement value - ( Purchase value x Depreciation rate)
Acutal cost value = $1200 - ($942 x 0.5)
Acutal cost value = $729
