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Consider the weights of 60 students (Kg.) in the table below; prepare a Frequency Distribution Table using a class size of 5. 47 64 80 78 74 76 69 63 65 77 77 53 73 66 53 69 75 55 71 79 60 74 63 60 70 70 62 59 61 50 73 57 64 62 64 65 54 64 72 68 67 60 63 52 49 55 58 67 61 59 68 72 66 59 The Frequency Distribution Table should include the following: Class Intervals . Class Boundaries • Frequency (f) Class Marks (x) • ● Less Than Cumulative Frequency (cf) Relative Frequency (rf) • Relative Frequency in percent (rf(%) ) • Less Than Relative Frequency in percent (rf(%) ) Create the Following Graphs Histogram (5 • Frequency Polygon F Cumulative Frequency Ogives ( 66 65 60 58 62 52

Consider the weights of 60 students (Kg.) in the table below; prepare a Frequency Distribution Table using a class size of 5. 47 64 80 78 74 76 69 63 65 77 77 53 73 66 53 69 75 55 71 79 60 74 63 60 70 70 62 59 61 50 73 57 64 62 64 65 54 64 72 68 67 60 63 52 49 55 58 67 61 59 68 72 66 59 The Frequency Distribution Table should include the following: Class Intervals . Class Boundaries • Frequency (f) Class Marks (x) • ● Less Than Cumulative Frequency (cf) Relative Frequency (rf) • Relative Frequency in percent (rf(%) ) • Less Than Relative Frequency in percent (rf(%) ) Create the Following Graphs Histogram (5 • Frequency Polygon F Cumulative Frequency Ogives ( 66 65 60 58 62 52

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Consider the weights of 60 students (Kg.) in the table below; prepare a Frequency Distribution Table using a class size of 5. 47 64 80 78 76 69 63 65 74 77 53 73 66 53 69 77 75 55 71 79 60 74 63 60 70 70 62 59 62 64 65 61 50 73 57 64 72 68 54 64 67 60 63 52 49 55 58 67 61 59 68 72 66 59 The Frequency Distribution Table should include the following: . Class Intervals Class Boundaries Frequency (f) Class Marks (x) Less Than Cumulative Frequency (<cf) • Greater Than Cumulative Frequency (>cf) . Relative Frequency (rf) Relative Frequency in percent (rf(%) ) Less Than Relative Frequency in percent (<rf(%) ) Greater Than Relative Frequency in percent (>rf(%) ) Create the Following Graphs Histogram! ● Frequency Polygon ● Cumulative Frequency Ogives ( 66 65 60 58 62 52
Transcribed Image Text:Consider the weights of 60 students (Kg.) in the table below; prepare a Frequency Distribution Table using a class size of 5. 47 64 80 78 76 69 63 65 74 77 53 73 66 53 69 77 75 55 71 79 60 74 63 60 70 70 62 59 62 64 65 61 50 73 57 64 72 68 54 64 67 60 63 52 49 55 58 67 61 59 68 72 66 59 The Frequency Distribution Table should include the following: . Class Intervals Class Boundaries Frequency (f) Class Marks (x) Less Than Cumulative Frequency (<cf) • Greater Than Cumulative Frequency (>cf) . Relative Frequency (rf) Relative Frequency in percent (rf(%) ) Less Than Relative Frequency in percent (<rf(%) ) Greater Than Relative Frequency in percent (>rf(%) ) Create the Following Graphs Histogram! ● Frequency Polygon ● Cumulative Frequency Ogives ( 66 65 60 58 62 52
C= Class Interval (C.I.) Class Boundaries (C.B.) Frequency (1) Class Mark Less than Cumulative Frequency (<f) Greater than Cumulative Frequency. (>cf) Relative Frequency (rf) Relative Frequency in Percent (rf%) Less than Relative Frequency in Percent (<rf%) Greater than Relative Frequency in Percent (>1f%)
Transcribed Image Text:C= Class Interval (C.I.) Class Boundaries (C.B.) Frequency (1) Class Mark Less than Cumulative Frequency (<f) Greater than Cumulative Frequency. (>cf) Relative Frequency (rf) Relative Frequency in Percent (rf%) Less than Relative Frequency in Percent (<rf%) Greater than Relative Frequency in Percent (>1f%)
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