1. Generate 50 random numbers in Column A using “=RANDBETWEEN(1,100)” 2. Copy th
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Question
1. Generate 50 random numbers in Column A using “=RANDBETWEEN(1,100)” 2. Copy the and paste the values onlyto Column B of the spreadsheet and use these for your calculations. 3. Calculate the following statistics using onlyarithmetic functions and the “=IF” function. Mean Median Mode Population standard deviation Population variance 4. Use built-in Excel functions to calculate the same statistics. In MATLAB: 5. Import the data that you randomly generated in Excel, into MATLAB. 6. Create a frequency histogram and determine the mode (range) from the histogram. 7. Create a cumulative frequency plot and determine the median from the plot. In Excel: 8. Present the results as a table with 4 columns: Statistic, Calculated Value, Excel Function Value, MATLAB ValueShow formulas 1. Generate 50 random numbers in Column A using “=RANDBETWEEN(1,100)” 2. Copy the and paste the values onlyto Column B of the spreadsheet and use these for your calculations. 3. Calculate the following statistics using onlyarithmetic functions and the “=IF” function. Mean Median Mode Population standard deviation Population variance 4. Use built-in Excel functions to calculate the same statistics. In MATLAB: 5. Import the data that you randomly generated in Excel, into MATLAB. 6. Create a frequency histogram and determine the mode (range) from the histogram. 7. Create a cumulative frequency plot and determine the median from the plot. In Excel: 8. Present the results as a table with 4 columns: Statistic, Calculated Value, Excel Function Value, MATLAB Value
Show formulas 1. Generate 50 random numbers in Column A using “=RANDBETWEEN(1,100)” 2. Copy the and paste the values onlyto Column B of the spreadsheet and use these for your calculations. 3. Calculate the following statistics using onlyarithmetic functions and the “=IF” function. Mean Median Mode Population standard deviation Population variance 4. Use built-in Excel functions to calculate the same statistics. In MATLAB: 5. Import the data that you randomly generated in Excel, into MATLAB. 6. Create a frequency histogram and determine the mode (range) from the histogram. 7. Create a cumulative frequency plot and determine the median from the plot. In Excel: 8. Present the results as a table with 4 columns: Statistic, Calculated Value, Excel Function Value, MATLAB Value
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Explanation / Answer
Here is the link to my drive of the excel file. If you have any doubts or if you need formulas , let me know below. let mw know if it helps.
https://drive.google.com/file/d/1SOC2G-I9Cbxg2Qbd2X-EewBOL5zwsaIg/view?usp=sharing
please post the remaining questions in a different post. lThanks.
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