Consider this data set of (n = 117) birth weights in grams that has been sorted. 1838 2078 2351 2621 2802 3066 3169 3217

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Consider This Data Set Of N 117 Birth Weights In Grams That Has Been Sorted 1838 2078 2351 2621 2802 3066 3169 3217 1 (66.08 KiB) Viewed 89 times

Consider this data set of (n = 117) birth weights in grams that has been sorted. 1838 2078 2351 2621 2802 3066 3169 3217 3336 3438 3663 3726 3937 1872 1877 2185 2221 2446 2465 2628 2634 2893 2899 3070 3081 3179 3187 3265 3265 3352 3356 3440 3446 3672 3675 3736 3772 4035 4153 1882 1902 1914 1984 2045 2052 2242 2266 2315 2327 23382343 2513 2530 2541 2543 2605 2616 2640 2685 2741 2747 2750 2800 2899 2962 29943020 3042 3054 3089 3096 3123 3131 3138 3153 3196 3199 3204 3206 3208 3209 3270 3283 3301 3307 3316 3333 3364 3384 3395 3396 3407 3432 3449 3495 3496 3577 3628 3642 3682 3688 3696 3697 3697 3699 3802 3812 3849 3894 3903 3934 4223 4333 4333 4435 4498 4879 40 30 Frequency 20 10 15000005008000500400045005000 weight (8) Use the formula for Finding the kth Percentile from the OpenStax text, section 2.3, Measures Location of the Data. To find Ps first find the locator? (don't round yet) Use the locator, give the value for the 38-Percentile: Pjon Now use a spreadsheet to find the 38-Percentile: