m variable X be the height of a randor 2 from the same group in millimeters, positive a, b e R there exists an no sĩ

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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Indicate whether each of the statements below is True or False. No explanation is needed.
i If random variable X has a larger expected value than random variable Y then it must also
have a larger variance.
ii Let random variable X be the height of a random CS5002 student in feet and X' be the height of
a student from the same group in millimeters?, The variance of X' is greater than the variance
of X.
iii For every positive a, b eR there exists an no such that:
n > no → an³ > bn²
'Unless you have made arrangements with the Professor prior to the start of this exam
2 Assume that not all students have the same height
1
Use the function definitions immediately below for the next 3 problems:
f(n) = 3n log10 n + 5
g(n) = 99999 log3 n
h(n) = .00001 logą n+.0000001n?
iv f(n) = 0(h(n))
v g(n) = 0(h(n))
vi f(n) = 2(g(n))
vii An undirected graph on n nodes with at least ()/2 edges must be connected.
Transcribed Image Text:Indicate whether each of the statements below is True or False. No explanation is needed. i If random variable X has a larger expected value than random variable Y then it must also have a larger variance. ii Let random variable X be the height of a random CS5002 student in feet and X' be the height of a student from the same group in millimeters?, The variance of X' is greater than the variance of X. iii For every positive a, b eR there exists an no such that: n > no → an³ > bn² 'Unless you have made arrangements with the Professor prior to the start of this exam 2 Assume that not all students have the same height 1 Use the function definitions immediately below for the next 3 problems: f(n) = 3n log10 n + 5 g(n) = 99999 log3 n h(n) = .00001 logą n+.0000001n? iv f(n) = 0(h(n)) v g(n) = 0(h(n)) vi f(n) = 2(g(n)) vii An undirected graph on n nodes with at least ()/2 edges must be connected.
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part i

True

part ii

False

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