#save your plots as an image file and upload separately

#save them as png with filename your_name_(question number)_(histogram/plot)

#write the commands, not just the numeric answer

#Question 1

#Create a new vector x with the following values:

# 2,2,3,3,3,4,4,4,10000000,10000000

#Then calculate:

#a. Mean and Median

#b. 10% trimmed mean and 20% winsorized mean.

#Question 2

#(a) Read in the homework file hw_lab2.txt and call the object hwdata. Please use the file name instead of file.choose() in the read function

mydata = read.table(‘hw_lab2.txt’, header=TRUE, sep=NULL)

#(b) How many variables are in the file? How many subjects?

#(c) Create a histogram of the fruit day variable. Will the mean of the data

#be to the left (lower) or right (higher) of the most frequent values?

#(d) Create a boxplot of the fruit day variable. How many outliers are present?

#HINT:

#1) boxplot(x)

#2) print(boxplot(x,plot=F)$out)

#(e) Find the mean, median, and trimmed mean (20%) of the fruit day variable.

#(f) Create a density plot of the fruit day variable.

# (g) Add vertical lines to the previous plot that show where the mean, median,

#and trimmed mean are located.

A furniture Company produces tables and chairs. Each table takes four hours of labor from the carpentry department and two hours of labor from the finishing department. Each chair requires three hours of carpentry and one hour of finishing. During the current week, 260 hours of carpentry time are available and 120 hours of finishing time. Each table produced gives a profit of $60 and each chair a profit of $40. How many chairs and tables should be made?

1) Propose an LP formulation for this model

2) Solve this model using the graphical method

3) Solve this model using the simplex method

clearly explain all steps

Need within 8 hours. Making 12 hours to avoid automatch

If possible use graph paper or desmos so i can see correctly the lines of the graph the simplex tables as well, with row reducing equations and the optimal solution
I am attaching a ppt file I found on internet where similar question is solved.

The purpose of this assignment is to develop my abilities to combine the knowledge of descriptive statistics covered in Weeks 1 and 2 and one-sample hypothesis testing to make managerial decisions. I should learn how statistical analysis are used in predicting an election winner in the first case study. In the second case, I am to conduct a hypothesis test and decide whether or not a shipping plan will be profitable.

• Develop a 700 to 1050 well written word flow statistical analysis based on the Case Study Scenarios and SpeedX Payment Times. In addition, word flow and calculations need to be WITHOUT ANY PLAGIARISM other than unavoidable assignment information.
• PLEASE – NO cutting and pasting because it causes an inability to format, document properly.
• The report must include calculations and the use of information requested in the assignment.
• Include References from Chapters 10 & 11 which are attached.
• All information needed to complete this assignment are attached.

Please complete the follow problems neatly. Clearly label each problem, show all work, and use Microsoft Word’s equation editor to properly format all mathematics.

1.Given the following polynomial

a.Find the degree of the polynomial.

b.Give the maximum number of turning points.

c.How many zeros does this polynomial have?

d.Use the leading coefficient test to describe (or draw) the left-hand and right-end behavior.

e.List all the possible zeros using the Rational Zero theorem.

f.Use Descartes’s Rule of Signs to determine the possible numbers of positive and negative real zeros.

g.Use the above information and synthetic division to factor the polynomial.

h.List the zeros of the polynomial and their multiplicity.

i.Sketch a graph of the polynomial.

2.The power produced by a wind turbine is directly proportional to the cube of the wind speed . A wind speed of 37 miles per hour produces a power output of 750 kilowatts. Find the output for a wind speed of 40 miles per hour.

Review the t test scenarios found in this week’s Learning Resources and consider the three different approaches of t tests:

• • Independent sample t test
  • Paired sample t test
  • One sample t test
• Based on each of the three research scenarios provided, open theHigh School Longitudinal Study dataset or the Afrobarometer dataset fromthis week’s Learning Resources using SPSS software, then choose and runthe appropriate t test.
• Once you perform your t test analyses, review Chapter 11 of the Wagner text to understand how to copy and paste your output into your Word document.

For this Assignment:

Write a 2 to 3-paragraph analysis of your t testresults for each research scenario and include the SPSS syntax andoutput. Do not forget to evaluate if the t test assumptions are met,justify the selection of type of t test, and report the effect size.Based on your results, provide an explanation of what the implicationsof social change might be.