you can use matlab to solve this problem.

Given the data: Determine (a) the mean, (b) median, (c) mode, (d) range, (e) standard deviation, (f) variance, and (g) coefficient of variation, (h) Construct a histogram. Use a range from 28 to 34 with increments of 0.4. Note: change your bins within the hist (data, bins) function from MATLAB. (i) Assuming that the distribution Ls normal, and that your estimate of the standard deviation is valid, compute the range (i.e., the lower and the upper values) that encompasses 68% of the readings from your histogram. Determine whether this is a valid estimate for the data in this problem. Extra Credit: For problem 4. develop an M-file function to compute descriptive statistics for a vector of values. Have the function determine and display number of values, mean, median, mode, range, standard deviation, variance, and coefficient of variation. In addition, have it generate a histogram. Given the data: Determine (a) the mean, (b) median, (c) mode, (d) range, (e) standard deviation, (f) variance, and (g) coefficient of variation, (h) Construct a histogram. Use a range from 28 to 34 with increments of 0.4. Note: change your bins within the hist (data, bins) function from MATLAB. (i) Assuming that the distribution Ls normal, and that your estimate of the standard deviation is valid, compute the range (i.e., the lower and the upper values) that encompasses 68% of the readings from your histogram. Determine whether this is a valid estimate for the data in this problem. Extra Credit: For problem 4. develop an M-file function to compute descriptive statistics for a vector of values. Have the function determine and display number of values, mean, median, mode, range, standard deviation, variance, and coefficient of variation. In addition, have it generate a histogram