Extent to which the demand<span> for a good changes when income changes.</span>
Solution:
Let's start by assuming that the taxi ride demand is extremely elastic, to the extent that it is vertically sluggish! If the cabbies raise the fair price by 10% from 10.00 per mile to 11.00 per kilometre, the number of riders remains 20.
Total income before fair growth= 20* 10= 200.
Total income following fair growth = 11* 20= 220.
A 10% increase in the fare therefore leads to a 10% increase in the driver's revenue.
Therefore, the assumption in this situation is that the cab drivers think the taxi driving requirement is highly inelastic.
The demand curve facing the drivers of the cab is still inelastic, but not vertically bent.
When the rate increased from 10% to 11, riders declined from 20% to 19%
Total revenue before fair growth is 20* 10= 200
The gap between revenue and fair growth is 19* 11= 209
This means that a realistic 10% raise doesn't result in a 10% boost on income Because the market curve for taxi rides is not 100% inelastic, but rather low inelastic, so that a fair increase (control) allows consumers to lose their incomes.
The Free Application for Federal Student Aid (FAFSA<span>) is used to calculate the Expected Family Contribution (EFC), a somewhat harsh measure of the family's ability to pay for college. The EFC is the sum of a student contribution and a parent contribution.</span>
Answer:
$27,500
Explanation:
Revenue from the sale of Product C = $36 × 2500
= $90,000
Cost to produce Product C = $14 × 2500
= $35,000
Revenue from the sale of Product M = $47 × 2500
= $117,500
Differential Total Net Revenue of producing Product M
= $117,500 - $90,000
= $27,500
