Answer:
0.75, 0.25
Explanation:
With an increase in disposable income marginal propensity to consume increase. Similarly, with an increase in disposable income marginal propensity to save increases. Marginal propensity to save is the amount of money saved or kept after a fraction increase in overall disposable income.
MPC = 300/400=0.75
MPS = 100/400=0.25
Marginal propensity to consume is 0.75
Marginal propensity to save is 0.25
The cross elasticity of demand for senior workers is 1.5. Senior workers and entry-level workers are gross complements.
The scale effect dominates in this example.
If the wage of the entry level workers increase, the demand curve would shift to the right.
<h3>What is the crosss price elasticity?</h3>
Cross price elasticity of demand measures the responsiveness of quantity demanded of good A to changes in price of good B.
Cross price elasticity = 15% / 10 = 1.5
Complement goods are goods or resources that are used together. As a result of the decline in wages, senior workers would be laid off. This means that senior workers and entry level workers work together.
<h3>What is the effect on the demand curve if the wages of entry level workers increase?</h3>
If the wage of the entry level workers increase, the demand for senior workers wouuld increase. This would lead to a shift to the right of the demand curve for senior workers.
To learn more about cross price elasticity, please check: brainly.com/question/26054575
Answer:
The demand curve and supply curve will shift leftwards.
Explanation:
The increase in the income of riders will decrease the number of bus rides because there is an inverse relationship between income and inferior goods. Therefore, the demand curve for bus rides will shift leftwards. Moreover, the increase in wages is an input cost, therefore, the rise in input cost will shift the supply curve leftwards.
The answer to your question is:
- A. Yes, because IRAs have tax advantages over regular bank accounts.
Answer:
$14,000 under applied
Explanation:
Given that
Material production = $203,000
Application rate = 150%
The computation of amount of overhead is shown below:-
Overhead = Material production × Application rate
= $203,000 - ($126,000 × 1.5)
= $203,000 - $189,000
= $14,000 under applied
Therefore, for computing the overhead we simply multiply the material production with application rate percentage.
