A sample of 20 cans of cat food from a large production run yielded the following weights in gramsfor the contents in the cans:212 212 207200 210213214 205205 214200209211211207205 2112132142101. Group the data in the frequency table below. Fill in the intervals. Use a class width of 3 grams.Intervaltallyfrequencyrelativefrequency200 < 203203 < 2063206 < 2094.209 <2122012 <2152. Make a bar chart of the data using part 1.

A sample of 20 cans of cat food from a large production run yielded the following weights in grams for the contents in the cans: 212 207 211 209 207 211 212 200 210 205 214 200 213 205 211 210 214 205 213 214 1. Group the data in the frequency table below. Fill in the intervals. Use a class width of 3 grams. Interval tally frequency relative frequency 200<203 21 203 < 206 206 < 209 209 <212 2012 <215 2. Make a bar chart of the data using part 1.

A sample of 20 cans of cat food from a large production run yielded the following weights in grams for the contents in the cans: 212 207 211 209 207 211 212 200 210 205 214 200 213 205 211 210 214 205 213 214 1. Group the data in the frequency table below. Fill in the intervals. Use a class width of 3 grams. Interval tally frequency relative frequency 200<203 21 203 < 206 206 < 209 209 <212 2012 <215 2. Make a bar chart of the data using part 1.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.5: Comparing Sets Of Data

Problem 14PPS

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