Using the accompanying table of​ data, blood platelet counts of women have a​ bell-shaped distribution with a mean of 254.9 and a standard deviation of 65.3. ​(All units are 1000​cells/mu​L.) Using​ Chebyshev's theorem, what is known about the percentage of women with platelet counts that are within 2 standard deviations of the​ mean? What are the minimum and maximum possible platelet counts that are within 2 standard deviations of the​ mean? 321297287262216249387217500348330188244250186391193234231216222168335241275253573157186246394217237199201204227219182252316212242172314338246213240225375234227307308228370186241288227178263330184184292228288239216263206184246310254236207266224212255169359167321171295270164167378219283341242223256260230387240234233271263248275281334244330297203195175333210227263257282233222257220183323261209231250206239255302275394180308231189237132243291

MATLAB: An Introduction with Applications
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Using the accompanying table of​ data, blood platelet counts of women have a​ bell-shaped distribution with a mean of 254.9 and a standard deviation of 65.3. ​(All units are 1000​cells/mu​L.) Using​ Chebyshev's theorem, what is known about the percentage of women with platelet counts that are within 2 standard deviations of the​ mean? What are the minimum and maximum possible platelet counts that are within 2 standard deviations of the​ mean?

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500
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335
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275
253
573
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186
246
394
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237
199
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182
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172
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338
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375
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186
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169
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394
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132
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