TaxesTaxes are part of all are lives. In this discussion you have the opportunity to look at one particular type of tax. Choose between finding property tax, sales tax or income tax. Share your thoughts on paying taxes and post your answers to one of the three questions listed below.Calculating Property Tax Go to http://www.dat.state.md.us/sdatweb/taxrate.html. What would be the county tax on a property in Dorchester subdivision assessed at $240,000? In Allegany subdivision, what would be the difference in county property tax on a $400,000 property in Barton and one in Frostburg?Calculating Sales Tax Go to http://www.taxadmin.org/fta/rate/. It’s August and you need to buy school clothes and supplies for your five children. You live in the northwestern corner of Connecticut, within easy driving distance of both Massachusetts and New York State. What would the sales tax in each state be on a total of $830 worth of purchases? If shopping outside the state would cost around $20 in gas, in which state would this shopping trip cost the least?Calculating Income Tax: Married Couple Go to www.irs.gov/pub/irs-pdf/i1040tt.pdf. The 2010 tax tables (or current year) will come up as a pdf file. What is the tax for a head of household with a taxable income of $31,430? How much tax would a married couple filing jointly pay on $66,980? What about if they filed separately?

I will provide you witht he data set and you have to download SPSS if you do not already have it. I will also send assignment with rubric so you know how it is graded. We have to provide sufficient answers to support our knowledge. the book for the class is Behavioral Sciences STAT - With Access 2ND 15Author: Heiman, GaryISBN-13: 978-1-285-45814-4ISBN-10: 1-285-45814-1Edition/Copyright: 2ND 15Publisher: Wadsworth, Incwill copy and paste assignment below:Scenario: Imagine you are a researcher who is interested in studying whether sleep deprivation leads to increased reaction times (i.e., being slower) when driving. You randomly select a sample of 30 licensed drivers. Fifteen participants are randomly assigned to get 5 hours of sleep for three consecutive nights. The other 15 participants are randomly assigned to get 8 hours of sleep for three consecutive nights. For the purposes of this Assignment, assume that all participants sleep exactly the required amounts. After the third night, all participants take a driving simulation test that measures their reaction times.You can find the data for this Assignment in the Weekly Data Set forum. By Day 7To complete this Assignment, submit a response to each of the following. Use SPSS to determine if amount of sleep is related to reaction time.Explain whether the researcher should use an independent-samples t-test or a related-samples t-test for this scenario. Provide a rationale for your decision.Identify the independent variable and dependent variable.Knowing the researcher believes that people who sleep less will have slower reaction times, state the null hypothesis and alternate hypothesis in words (not formulas).Explain whether the researcher should use a one-tailed test or two-tailed test and why.Identify the obtained t value for this data set using SPSS and report it in your answer document.State the degrees of freedom and explain how you calculated it by hand.Identify the p value using SPSS and report it in your answer document.Explain whether the researcher should retain or reject the null hypothesis. Provide a rationale for your decision. Are the results statistically significant?Explain what the researcher can conclude about the relationship between amount of sleep and reaction times.Be sure to fully explain the rationale for your answer to each question, including evidence from the text and Learning Resources.Provide an APA reference list.Submit three documents for grading:Your text (Word) document with your answers and explanations to the assignment questions, your SPSS Data file, and your SPSS Output file.DATA SET BELOW: Reaction times in seconds for participants with 5 hours of sleep 0.06 0.16 0.17 0.09 0.12 0.18 0.2 0.19 0.08 0.11 0.1 0.08 0.09 0.17 0.2 Reaction times in seconds for participants with 8 hours of sleep 0.06 0.13 0.17 0.09 0.12 0.14 0.2 0.19 0.08 0.16 0.13 0.08 0.11 0.17 0.2