The following data are from an experiment designed to investigate the perception of corporate ethical values among individuals specializing in marketing (higher scores indicate higher ethical values).

1. [6] Use Minitab and α = 0.05 to test for significant differences in perception among the three groups. In the calculations section, insert only that portion of your output that is pertinent. Complete the components of the test.

[1] Hypothesis:         

[1] Decision rule:

[2] Calculations (insert only the portion of your Minitab output pertinent to this part):

[2] Conclusions:

2. [1] If you determined a significant difference in part a, use Minitab to conduct a Fisher’s LSD procedure to determine where the differences occur. Insert the pertinent output.

3. [3 – 1 for output; 2 for conclusions] Develop a boxplot (using Minitab). Use a single plot and put all three boxplots together. Use the plot and your results in part b to assess which group is the most ethical and which is the least. Plot (shrink down by using the handle on the bottom right

The following data are from an experiment designed to investigate the perception of corporate ethical values among individuals specializing in marketing (higher scores indicate higher ethical values).

1. [6] Use Minitab and α = 0.05 to test for significant differences in perception among the three groups. In the calculations section, insert only that portion of your output that is pertinent. Complete the components of the test.

[1] Hypothesis:         

[1] Decision rule:

[2] Calculations (insert only the portion of your Minitab output pertinent to this part):

[2] Conclusions:

2. [1] If you determined a significant difference in part a, use Minitab to conduct a Fisher’s LSD procedure to determine where the differences occur. Insert the pertinent output.

3. [3 – 1 for output; 2 for conclusions] Develop a boxplot (using Minitab). Use a single plot and put all three boxplots together. Use the plot and your results in part b to assess which group is the most ethical and which is the least.

Plot (shrink down by using the handle on the bottom right):

Each of the four independent situations below describes a sales-type lease in which annual lease payments of $19,000 are payable at the beginning of each year. Each is a finance lease for the lessee. (FV of $1, PV of $1, FVA of $1, PVA of $1, FVAD of $1 and PVAD of $1) (Use appropriate factor(s) from the tables provided.)

  
Determine the following amounts at the beginning of the lease: (Round your final answers to nearest whole dollar.)

What is $100 today, plus $100 at the end of 1 year, plus $200 at the end of 2 years, plus $300 at the end of 3 years, worth to you today, given a discount rate of 4%

What is $100 today, plus $100 at the end of 1 year, plus $200 at the end of 2 years, plus $300 at the end of 3 years, worth to you at the end of year 3, given a discount rate of 4%?

Question:

At Willy's Aquatic Shop the ratio of danios to zebrafish is 3:4. Of the danios the ratio of male to female is 1:4, and of the zebrafish the ratio of male to female is 2:3. (1) What percentage of the danios are male? (2) What fraction of these fish that are female are zebrafish?

Please, it would be helpful to see the steps, because the final answers have been given to the above question, but not sure exactly how they arrived at that particular solution. Thank you.

create a program that will allow the user to enter a start value from 1 to 5, a stop value from 10 to 12 and a multiplier from 1 to 4. the program must display a multiplication table from the values entered. for example if the user enters: start 2, stop 10 and multiplier 3, the table should appear as follows:

3*2=6

3*3=9

3*4=12

.

.

.

3*10=30

A detailed answer will be appreciate.

6. To prove that for all x1, x2, ..., x9 ∈ {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10}, there exists a

value of x10 for the check digit in the code ISBN-10.

7. To prove that for every x1, x2, ..., x12 ∈ {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10}, there exists a

value of x13 for the check digit in the code ISBN-13.

1. (10 pts) Draw the result of hashing 11, 22, 3, and 43 into a table using the following hash function, using separate chaining:

h(x) = x % 4

2. (10 pts) Draw the result of hashing 11, 22, 3, and 43 into a table using the following hash function, using open addressing with linear probing:

h(x) = x % 4