3.7 and 3.8.

3.7 needs 3.6 table

matlab

3.7 Develop an M-file to determine polar coordinates as described in Prob. 3.6. However, rather than designing the function to evaluate a single case, pass vectors of x and y. Have the function display the results as a table with columns for x, y, r, and 0. Test the program for the cases outlined in Prob. 3.6. 3.8 Develop an M-file function that is passed a numeric grade from 0 to 100 and returns a letter grade according to the scheme: Letter Criteria B C 90 0), then simple formula can be used to compute : - 1 0 0 = tan 3.7 Develop an M-file to determine polar coordinates as described in Prob. 36. However, rather than designing the function to evaluate a single case, pass vectors of sandy Have the function display the results as a table with columns for y, and . Test the program for the cases outlined in Prob. 3.6. 3.8 Develop an M-file function that is passed a numeric grade from 0 to 100 and returns a letter grade according the scheme: Letter Criteria 90 S numeric grade S 100 80 numeric grade 90 70s numeric grade 0), then simple formula can be used to compute : - 1 0 0 = tan 3.7 Develop an M-file to determine polar coordinates as described in Prob. 36. However, rather than designing the function to evaluate a single case, pass vectors of sandy Have the function display the results as a table with columns for y, and . Test the program for the cases outlined in Prob. 3.6. 3.8 Develop an M-file function that is passed a numeric grade from 0 to 100 and returns a letter grade according the scheme: Letter Criteria 90 S numeric grade S 100 80 numeric grade 90 70s numeric grade