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DISTRIBUTION OF THE HEIGHTS OF 80 STUDENTS tー34 Number of Students Height (centimeters) 140-144 6. 145-149 26 150–154 32 155–159 12 160-164 4 1 Total 80 12. The table above shows the frequency distribution of the heights of 80 students, where the heights are recorded to the nearest centimeter. What is the least possible range of the recorded heights of the 80 students? A 15 0 B 16 © 20 D 24 28 32-4= TOC E 28

DISTRIBUTION OF THE HEIGHTS OF 80 STUDENTS tー34 Number of Students Height (centimeters) 140-144 6. 145-149 26 150–154 32 155–159 12 160-164 4 1 Total 80 12. The table above shows the frequency distribution of the heights of 80 students, where the heights are recorded to the nearest centimeter. What is the least possible range of the recorded heights of the 80 students? A 15 0 B 16 © 20 D 24 28 32-4= TOC E 28

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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D 16 to . E 32 to 1 (-1, 4), (7, 4), (7, –5), and 11. In the xy-plane, a quadrilateral has vertices at (-1, -5). What is the perimeter of the quadrilateral? A 17 pl7,4/ B 18 © 19 D 32 E 34 @ DISTRIBUTION OF THE HEIGHTS OF 80 STUDENTS Height (centimeters) Number of Students 140-144 145-149 26 150–154 32 155-159 12 160–164 4 1 Total 80 12. The table above shows the frequency distribution of the heights of 80 students, where the heights are recorded to the nearest centimeter. What is the least possible range of the recorded heights of the 80 students? (A 15 0 B 16 20 D 24 32-4= 2ę E 28 072512266083 BLUE
Transcribed Image Text:D 16 to . E 32 to 1 (-1, 4), (7, 4), (7, –5), and 11. In the xy-plane, a quadrilateral has vertices at (-1, -5). What is the perimeter of the quadrilateral? A 17 pl7,4/ B 18 © 19 D 32 E 34 @ DISTRIBUTION OF THE HEIGHTS OF 80 STUDENTS Height (centimeters) Number of Students 140-144 145-149 26 150–154 32 155-159 12 160–164 4 1 Total 80 12. The table above shows the frequency distribution of the heights of 80 students, where the heights are recorded to the nearest centimeter. What is the least possible range of the recorded heights of the 80 students? (A 15 0 B 16 20 D 24 32-4= 2ę E 28 072512266083 BLUE
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