To analyze how Arizona workers ages 16 or older travel to work (carpool, private vehicle, public transportation, other), data from 20 workers were collected and are shown in the table below. Carpool Carpool Carpool Private Private Private Public Public Other Public Carpool Other Private Carpool Public Other Other Public Other Other a) Since data were collected for variable(s), the correct graph to make is a . b) Complete the frequency/relative frequency table. Transportation Type Frequency Relative Frequency Carpool Private Public Other c) Which of the following is the correct bar chart for the given data? 1234567Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,7);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,7]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");] 123456Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,6);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");] 1234567Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,7);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,7]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");] 123456Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,6);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,6]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");] d) Which of the following is the correct pie chart for the given data? 15%20%30%35%CP15%PV20%PB35%Other30% Data Percentage CP 0.15 PV 0.2 PB 0.35 Other 0.3 15%10%40%35%CP15%PV10%PB35%Other40% Data Percentage CP 0.15 PV 0.1 PB 0.35 Other 0.4 25%20%30%25%CP25%PV20%PB25%Other30% Data Percentage CP 0.25 PV 0.2 PB 0.25 Other 0.3 25%10%30%35%CP25%PV10%PB35%Other30% Data Percentage CP 0.25 PV 0.1 PB 0.35 Other 0.3
To analyze how Arizona workers ages 16 or older travel to work (carpool, private vehicle, public transportation, other), data from 20 workers were collected and are shown in the table below. Carpool Carpool Carpool Private Private Private Public Public Other Public Carpool Other Private Carpool Public Other Other Public Other Other a) Since data were collected for variable(s), the correct graph to make is a . b) Complete the frequency/relative frequency table. Transportation Type Frequency Relative Frequency Carpool Private Public Other c) Which of the following is the correct bar chart for the given data? 1234567Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,7);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,7]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");] 123456Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,6);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");] 1234567Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,7);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,7]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");] 123456Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,6);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,6]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");] d) Which of the following is the correct pie chart for the given data? 15%20%30%35%CP15%PV20%PB35%Other30% Data Percentage CP 0.15 PV 0.2 PB 0.35 Other 0.3 15%10%40%35%CP15%PV10%PB35%Other40% Data Percentage CP 0.15 PV 0.1 PB 0.35 Other 0.4 25%20%30%25%CP25%PV20%PB25%Other30% Data Percentage CP 0.25 PV 0.2 PB 0.25 Other 0.3 25%10%30%35%CP25%PV10%PB35%Other30% Data Percentage CP 0.25 PV 0.1 PB 0.35 Other 0.3
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
To analyze how Arizona workers ages 16 or older travel to work (carpool, private vehicle, public transportation, other), data from 20 workers were collected and are shown in the table below.
| Carpool |
| Carpool |
| Carpool |
| Private |
| Private |
| Private |
| Public |
| Public |
| Other |
| Public |
| Carpool |
| Other |
| Private |
| Carpool |
| Public |
| Other |
| Other |
| Public |
| Other |
| Other |
a) Since data were collected for variable(s), the correct graph to make is a .
b) Complete the frequency/relative frequency table.
| Transportation Type | Frequency | Relative Frequency |
| Carpool | ||
| Private | ||
| Public | ||
| Other |
c) Which of the following is the correct bar chart for the given data?
- 1234567Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,7);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,7]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");]
- 123456Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,6);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");]
- 1234567Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,7);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,4]);text([5,0],"PV","below");rect([7,0],[9,7]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");]
- 123456Transportation TypeFreqCPPVPBOther[Graphs generated by this script: setBorder(49,45,0,10); initPicture(0,13,0,6);axes(1000,1,1,1000,1); fill="blue"; textabs([165,0],"Transportation Type","above");textabs([0,95],"Freq","right",90);rect([1,0],[3,5]);text([2,0],"CP","below");rect([4,0],[6,6]);text([5,0],"PV","below");rect([7,0],[9,5]);text([8,0],"PB","below");rect([10,0],[12,6]);text([11,0],"Other","below");]
d) Which of the following is the correct pie chart for the given data?
-
15%20%30%35%CP15%PV20%PB35%Other30%
Data Percentage CP 0.15 PV 0.2 PB 0.35 Other 0.3 -
15%10%40%35%CP15%PV10%PB35%Other40%
Data Percentage CP 0.15 PV 0.1 PB 0.35 Other 0.4 -
25%20%30%25%CP25%PV20%PB25%Other30%
Data Percentage CP 0.25 PV 0.2 PB 0.25 Other 0.3 -
25%10%30%35%CP25%PV10%PB35%Other30%
Data Percentage CP 0.25 PV 0.1 PB 0.35 Other 0.3
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