Question

Read the “Local Communities as Stakeholders: Does Amazon Really Need Tax Breaks?” example on p. 83 in Ch. 3 of Management: A Practical Introduction. In your response, discuss whether you feel that tax breaks for big companies benefit local communities. Describe ways to attract business to a region without having a negative impact on the larger community.

268

likes
1338 views

Answer to a math question Read the “Local Communities as Stakeholders: Does Amazon Really Need Tax Breaks?” example on p. 83 in Ch. 3 of Management: A Practical Introduction. In your response, discuss whether you feel that tax breaks for big companies benefit local communities. Describe ways to attract business to a region without having a negative impact on the larger community.

Expert avatar
Nash
4.9
87 Answers
To discuss whether tax breaks for big companies benefit local communities, we need to consider their potential effects. Tax breaks for big companies can attract businesses to a region and create job opportunities, as companies may choose to expand or set up new facilities due to the financial incentives. This can lead to economic growth and increased revenue for the local government through taxes paid by these companies and their employees.

However, there are arguments against providing tax breaks to big companies. Critics argue that these tax breaks may not necessarily lead to long-term benefits for the local community. Some companies may take advantage of the tax breaks without significantly contributing to the local economy or creating jobs. Moreover, these tax breaks can result in a loss of tax revenue for the local government, which may impact the funding of essential public services and infrastructure improvements.

To attract businesses to a region without having a negative impact on the larger community, alternative approaches can be considered. Here are some ways to achieve this:

1. Invest in infrastructure: Improving the region's infrastructure, such as transportation networks, utilities, and broadband connectivity, can make the area more attractive to businesses without relying solely on tax incentives.

2. Foster a skilled workforce: Developing programs and partnerships with educational institutions to train and equip locals with the skills needed by businesses can be an effective way to attract companies to the region. This can provide companies with a ready pool of talent, which can be a more sustainable advantage than tax breaks.

3. Provide business-friendly support services: Offering streamlined permitting processes, access to business support networks, and resources for entrepreneurs can make a region more attractive to companies.

4. Encourage entrepreneurship and innovation: Promoting an environment that fosters innovation and entrepreneurship can attract businesses and startups to the region. This can be achieved through incentives for research and development, access to funding, and support from local government and economic development organizations.

In conclusion, tax breaks for big companies can have both positive and negative effects on local communities. While they may attract businesses and stimulate economic growth, they can also result in a loss of tax revenue and questionable long-term benefits. To attract businesses without negatively impacting the larger community, alternative approaches such as investing in infrastructure, fostering a skilled workforce, providing business-friendly support services, and encouraging entrepreneurship and innovation can be effective strategies.

Answer: Tax breaks for big companies can attract businesses and create job opportunities in a region. However, their long-term benefits and impact on the larger community should be carefully evaluated. Alternative approaches like investing in infrastructure, fostering a skilled workforce, providing business-friendly services, and encouraging entrepreneurship can attract businesses without negative effects on the community.

Frequently asked questions (FAQs)
What is the result of applying the chain rule to the derivative of sin(x^2) with respect to x?
+
What is the derivative of ∫(x^3sin(x^2))dx from 0 to π/2?
+
Question: What is the derivative of the function F(x) = ∫(0 to x) (2t^2 + 3) dt, using the Fundamental Theorem of Calculus?
+
New questions in Mathematics
11(4x-9)= -319
5/8 x 64
What is the amount of interest of 75,000 at 3.45% per year, at the end of 12 years and 6 months?
Use the elimination to find the solution to each linear system. X+y=43 2x-y=20
a bank finds that the balances in its savings accounts are normally distributed with a mean of $500 and a standard deviation off of $40. What is the probability that a randomly selected account has a balance of more than $400?
4.2x10^_6 convert to standard notation
4x567
Suppose 56% of politicians are lawyers if a random sample of size 873 is selected, what is the probability that the proportion of politicians who are lawyers will be less than 55% round your answer to four decimal places
how many arrangements can be made of 4 letters chosen from the letters of the world ABSOLUTE in which the S and U appear together
Use the power rule for logarithms to solve the following word problem exactly. If you invest $1, 000 at 5% interest compounded annually, how many years will it take before you have $2,000?
A machine produces 255 bolts in 24 minutes. At the same rate, how many bolts would be produced in 40 minutes?
-1%2F2x-4%3D18
Show work on 4108 divided by 4
Determine a general formula​ (or formulas) for the solution to the following equation.​ Then, determine the specific solutions​ (if any) on the interval [0,2π). cos30=0
-5x=115
Consider mixing 150 ml, 0.1M, HCI with 100 ml, 0.2M, KOH solution. Determine the pH of final solution.
The blood types of individuals in society are as follows: A: 30%, B: 25%, AB: 20%, 0: 25%. It is known that the rates of contracting a certain disease according to blood groups are as follows: A: 7%, B: 6%, AB: 7%, 0: 4%. Accordingly, if a person selected by chance is known to have this disease, what is the probability of having blood group O?
The slope of the tangent line to the curve f(x)=4tan x at the point (π/4,4)
calculate the product of 4 and 1/8
A gas is leaking at 3.5ft3/min in a room of 2.9m by 6.9ft by 15.7m. How long would it take (in seconds) for 22% of the room to reach the LFL, if the gas has a LFL of 2.51%?