Answer:
1 and 3 or A and C
Explanation:
I did it on edgnuity mark me brainliest
Answer:
Explanation:
Solution-
According to Senator Jones, the elasticity of taxable income is larger, which means that due to a certain percentage rise in taxes, the taxable income rises by a greater percentage. Also, according to Senator Smith, the elasticity of taxable income is small, which means that due to a certain percentage rise in taxes, the taxable income rises by a smaller percentage.
(I) Under Senator Jones assumptions, due to rise in taxes, the taxable income has risen considerably as compared to Senator Smith assumptions. Thus the estimates of additional revenue from the tax increase will be larger under Senator Jones assumptions, compared to Smith's assumptions.
(ii) Since under Senator Jones assumptions, elasticity of taxable income is large. So due to rise in taxes, there is a significant proportional rise in taxable income under Jone's assumptions compared to Senator Smith assumptions. Thus the costs of the tax increase is borne more under Senator Jones assumptions , compared to Smith's assumptions.
Answer:
Rewarding behavior, not just results
Explanation:
Effective recognition means that you have to recognize the effort that being put by the person , not just the ideal outcome.
Let's say that you want to influence your employees to improve their productivity. There is a chance that some might fall and some might succeed.
Those who fall does not necessarily make lesser effort than those who success. There is a chance that they're focusing their effort on the wrong things.
In such situations, you need to acknowledge and reward the fact that they're willing putting the effort and give them advice on how to nudge the effort's direction so it become more effective.
Answer:
The quarterly deposit required is $980.69
Explanation:
Giving the following information:
I will assume that the retirement age is 65 years.
First, we need to calculate the future value required one year after retirement.
FV= 40,000*20= $800,000
Number of years= 66 - 30= 36 years*4= 144
Interest rate= 0.08/4= 0.02
Now, to calculate the quarterly deposit required, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= quarterly deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (800,000*0.02) / [(1.02^144)-1]
A= $980.69
