Done + .- V Question 6 of 17 > Student engineers learn that, although handbooks give the strength of a material as a single number, in fact the strength varies from piece to piece. A vital lesson in all fields of study is that "variation is everywhere." The table contains the data from a typical student laboratory exercise for the load in pounds needed to pull apart pieces of Douglas fir 4 inches long and 1.5 inches square. 33,190 31,860 32,590 26,520 33,280 32,320 33.020 32,030 30,460 32,700 23,040 30,930 32,720 33,650 32,340 24,050 30,170 31,300 28,730 31,920 To access the complete data set, click the link for your preferred software format: Excel Minitab JMP SPSS TI R Mac-TXT PC-TXT CSV CrunchIt! Question Source: Moore, The Basic Practice Of Statistics, Be | Publisher: W.H. Freem Question 6 Of 17 The stemplot shows that the distribution is skewed to the left. Remember that only a graph gives a clear picture of the shape of a distribution 4 Select the best choice about how the five-number summary shows the skew. O Both are skewed, but in the stemplot the distribution is right-skewed. O'The minimum is much farther from O, (around 7 thousand pounds) than the maximum is from O, (around I thousand pounds). This suggests a long left tail, consistent with a left-skewed distribution. Both are skewed, but in the five-number summary the distribution is right-skewed. The minimum is much farther from Q, (around 7 thousand pounds) than the maximum is tron 2around SERUM Freeman 76'F Mostly sunny HOLOC -B . 2 1 A R O ! !! @ Assignment Score: 86.5% Check Answer V Question 6 of 17 (b) Provided is a stemplot of the data rounded to the nearest hundred pounds. The stems are thousands of pounds, and the leaves are hundreds of pounds 2310 36 8 28 7 29 30 259 31 399 32 033677 76'F Question Source: Moore, The Basic Practice Of Statistics, Be | Publisher: W.H. Freeman Mostly sunny