For each description on the left choose the lettered term, or phrase, on the right that fits it best. Each lettered choice may be used once, or not at all. Said of any two events that cannot happen at the same time. A type of random variable whose possible values are all equally likely. When all of the sample points corresponding to an event are removed from the sample space the remaining points form this event. A set formed from all of the common A. Continuous B. Intersection C. Combination D. Conditional E. Discrete F. Classical G. Permutation H. Uniform I. Relative Frequency J. Mutually Exclusive K. Union L. Event elements of two other sets. A selection of 3 items from 7 available items, where the order in which the 3 items are selected is important. A set which contains all of the possible outcomes of some experiment. Said of two events if the occurrence of M. Independent N. Complement 0. Sample Space one of them does not alter the probability of the occurrence of the other. A method of estimating probabilities based on repeating an experiment a large number of times and then calculating the percentage of times each event occurred. A type of random variable that can always take an infinite number of possible values. Any subset of a sample space.

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
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For each description on the left choose the lettered term, or phrase, on the right that
fits it best. Each lettered choice may be used once, or not at all.
Said of any two events that cannot
happen at the same time.
A type of random variable whose
possible values are all equally likely.
When all of the sample points corresponding
to an event are removed from the sample space
the remaining points form this event.
A set formed from all of the common
A. Continuous
B. Intersection
C. Combination
D. Conditional
E. Discrete
F. Classical
G. Permutation
H. Uniform
I. Relative Frequency
J. Mutually Exclusive
K. Union
L. Event
elements of two other sets.
A selection of 3 items from 7 available
items, where the order in which the 3
items are selected is important.
A set which contains all of the possible
outcomes of some experiment.
Said of two events if the occurrence of
M. Independent
N. Complement
0. Sample Space
one of them does not alter the probability
of the occurrence of the other.
A method of estimating probabilities
based on repeating an experiment a large
number of times and then calculating the
percentage of times each event occurred.
A type of random variable that can always
take an infinite number of possible values.
Any subset of a sample space.
Transcribed Image Text:For each description on the left choose the lettered term, or phrase, on the right that fits it best. Each lettered choice may be used once, or not at all. Said of any two events that cannot happen at the same time. A type of random variable whose possible values are all equally likely. When all of the sample points corresponding to an event are removed from the sample space the remaining points form this event. A set formed from all of the common A. Continuous B. Intersection C. Combination D. Conditional E. Discrete F. Classical G. Permutation H. Uniform I. Relative Frequency J. Mutually Exclusive K. Union L. Event elements of two other sets. A selection of 3 items from 7 available items, where the order in which the 3 items are selected is important. A set which contains all of the possible outcomes of some experiment. Said of two events if the occurrence of M. Independent N. Complement 0. Sample Space one of them does not alter the probability of the occurrence of the other. A method of estimating probabilities based on repeating an experiment a large number of times and then calculating the percentage of times each event occurred. A type of random variable that can always take an infinite number of possible values. Any subset of a sample space.
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