Two teams (A and B) at Ferrari company are trying to develop the best California T for this project. Your supervisor asked you to compare two different samples of each team. You need to examine a sample of 50 cars from each group and measure their maximum speed. Use the results shown in table 1 below to determine the following: What is the mean, mode, median, and standard deviation of maximum speeds for each group of cars? Divide each data group into four categories and create the frequency table for each category. Calculate the mean and standard deviation from the frequency tables and compare to results found in part a. Present the data as a histogram. Present the data as frequency polygon Table 1 Team A Team B Maximum Speed (mph) 185.3220 187.8136 185.1793 184.4689 187.0496 186.9742 184.2262 189.5322 185.4633 188.7326 185.6820 190.9942 183.4812 188.9213 185.6793 186.0114 186.6068 191.8264 185.0190 189.9092 185.0149 186.4645 183.9548 188.7506 185.5558 188.3895 186.2233 187.4194 184.1357 185.9834 184.0502 187.1622 184.7336 188.8234 185.3674 187.6940 186.2999 187.2843 185.7915 188.5168 185.2051 191.9938 184.5123 188.7841 185.3354 189.4963 185.7704 187.7137 184.6232 186.3319 185.4893 186.9172 185.5258 189.1875 186.4872 188.5155 186.6961 188.3859 183.5845 189.6209 186.2760 191.2804 184.6890 189.7596 184.0857 187.9947 184.7282 188.8595 184.8456 189.7299 185.5643 188.5457 185.0837 190.4538 184.0496 190.1310 184.9631 189.2649 183.5444 186.3333 186.7199 186.8233 184.6942 187.0778 185.9128 189.8748 185.8872 188.4147 184.6845 191.0355 183.8902 188.2863 183.8863 188.4357 186.0144 188.1452 185.1711 190.1961 186.2472 189.8832

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Question

Task I:

Two teams (A and B) at Ferrari company are trying to develop the best California T for this project. Your supervisor asked you to compare two different samples of each team. You need to examine a sample of 50 cars from each group and measure their maximum speed. Use the results shown in table 1 below to determine the following:

What is the mean, mode, median, and standard deviation of maximum speeds for each group of cars?
Divide each data group into four categories and create the frequency table for each category.

Calculate the mean and standard deviation from the frequency tables and compare to results found in part a.
Present the data as a histogram.
Present the data as frequency polygon

Table 1

Team A	Team B
Maximum Speed (mph)
185.3220	187.8136
185.1793	184.4689
187.0496	186.9742
184.2262	189.5322
185.4633	188.7326
185.6820	190.9942
183.4812	188.9213
185.6793	186.0114
186.6068	191.8264
185.0190	189.9092
185.0149	186.4645
183.9548	188.7506
185.5558	188.3895
186.2233	187.4194
184.1357	185.9834
184.0502	187.1622
184.7336	188.8234
185.3674	187.6940
186.2999	187.2843
185.7915	188.5168
185.2051	191.9938
184.5123	188.7841
185.3354	189.4963
185.7704	187.7137
184.6232	186.3319
185.4893	186.9172
185.5258	189.1875
186.4872	188.5155
186.6961	188.3859
183.5845	189.6209
186.2760	191.2804
184.6890	189.7596
184.0857	187.9947
184.7282	188.8595
184.8456	189.7299
185.5643	188.5457

185.0837	190.4538
184.0496	190.1310
184.9631	189.2649
183.5444	186.3333
186.7199	186.8233
184.6942	187.0778
185.9128	189.8748
185.8872	188.4147
184.6845	191.0355
183.8902	188.2863
183.8863	188.4357
186.0144	188.1452
185.1711	190.1961
186.2472	189.8832

Definition Definition Measure of central tendency that is the value that occurs most frequently in a data set. A data set may have more than one mode if multiple categories repeat an equal number of times. For example, in a data set with five item—3, 5, 5, 29, 473—the mode is 5 because it occurs twice and no other value occurs more than once. On a histogram or bar chart, the element with the highest bar represents the mode. Therefore, the mode is sometimes considered the most popular option. The mode is useful for nominal or categorical data (e.g., the most common color car that users purchase), but it is problematic for continuous data because it is more likely not to have any value that is more frequent than the other.

Expert Solution