Answer Happy

Refer to the accompanying data set of red blood cell counts million celsyl) for males Construct a frequency distribution Begin with a lower class lind of 3 and use a class width of 0.5. Using a very loose interpretation of the rements for a normal distribution, do the red blood cell counts appear to be normally distributed Click the icon to view the data on red blood cell counts Complete the frequency distribution Red Blood Cell Count B DO 00 Frequency 10 6 E BER Type inters or decimals. Do not round) Using a very loose interpretation of the requirements for anom The frequency distribution a normal dis Red Blood Cell Counts 4.42 5.33 483 4.26 4.07 3.16 3:32 5:16 4.11 4.85 5.84 3.83 4.91 4.34 5.71 9 468 3.16 3.59 3.73 5.63 4.91 3.34 5.41 426 5.07 386 3.64 3.78 3.85 342 4:20 3.34 5.42 3.45 5.58 5.81 4.79 4.40 5.78 5.24 342 3.07 3.77 4.17 484 4.73 4:33 4.93 3.51 3.46 4.87 4.01 4.98 5.42 5:30 340 4.86 5.69 4.90 5.35 3.69 5.72 3.61 Print 4.47 5.57 4.96 5.86 4.57 264 5.40 3.70 4.81 5.40 3.15 3.37 2.49 461 5.21 578 Done
(Type integers or decimals. Do not round) Using a very loose interpretation of the requirements for a normal distribution, do the red blood cell counts appear to be normally distributed? The frequency distribution a normal distribution because the frequencies could reasonably be is very likely not is definitely Nex
(Type integers or decimals. Do not round) Using a very loose interpretation of the requirements for a normal distribution, do the red blood cell counts appear to be normally distributed? The frequency distribution a normal distribution because the frequencies are all exactly the same are all roughly the same start high and steadily decrease start low and steadily increase start high, decrease, and then increase; and are perfectly symmetric start low, increase, and then decrease and are roughly symmetric start low, increase, and then decrease, and are perfectly symmetric start high, decrease, and then increase; and are roughly symmetric