The heights of students are approximately normally distributed with a mean of 162 centimeters and a standard deviation o

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The heights of students are approximately normally distributed with a mean of 162 centimeters and a standard deviation o

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The Heights Of Students Are Approximately Normally Distributed With A Mean Of 162 Centimeters And A Standard Deviation O 1
The Heights Of Students Are Approximately Normally Distributed With A Mean Of 162 Centimeters And A Standard Deviation O 1 (47.76 KiB) Viewed 40 times
The heights of students are approximately normally distributed with a mean of 162 centimeters and a standard deviation of 12 centimeters. Suppose random samples of size 44 are drawn from this population and the sample means recorded to the nearest tenth of a centimeter. Probabilities for the standard sormal distribution Table mye proy 16 00 0.80 0.594 OSORO 05120 160 0319320321905309 0.1959 01 0.579 0547805517 05557 56 65676 65675 0.754 0.5751 0305299 OSO OSTIOSOS 6598 66 0510 0.614 03 061 06217 0:6285 09 06331 0668 015166 0.64 0.5450017 04 05 0 0 0 0.0 0.57% GST. OSA 0:47 05 95 95 95 09 05 7123 0.157 07190 0.9234 0 0.7239 0721 67334 0757 6.750 724 0237 0754 07 0.750 0.750 0.23 0.7704.774 774 770 00 0.70 Ox781 70 699 7 5 0 GOST 168306 0233 09099 ONIN 2 O O O ORIS OM OM OS 108 838 OM OSS 008 ORIGS ONS? 1990 LIONS ONT TO GO ONDORIO 12. OO O OO OO OOO OO O 0.21 130.0032 0.00 0.00 0.9082 090 0915 IN097 0915 09177 14 000 000 0212 36 09255 265 979 01 06 0451 13 092 093 092 0970 0932.99 ONE ONO 16 09452 0.0163 09074 091184 90 9505 0515 0539 095 09545 16055856 095 0950 53.00 16 009618 109 9 6 060109678 0 0 0 1.9 0.71 0.79 602 0.878 91 90 86 0 0 20 OUT ON TO ON IT 21.921 92 93 94 93 94 95 22 0986198 00 98 88 097 0.0 33 000 69001 900996 14.9918 699200-9932 09923 09901 999 96.9930094 0936 23 0.3 0.960 1999 - 26 09950 995509956 950 mm 27 096 0907 LO 28 0.9074 0.9975 0976 977 997 997 0.90 0.00 0.00 29995 992 93 94 95 96 988 30 0.93 0.9997 0.997 0988 0.9999 999 0:00:9990 1 0990991 10999999999999999999 12 993 0 0 0 0 0 0 0 0 3 . . . . . ... 0900 0.9997 0907 697 OOO Determine the probability that the sample mean (î) is falling below 164.01 centimeters. [The answer should be a number rounded to five decimal places, don't use symbols such as % + 18
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