Topic: Probability Suppose you physically simulate the random process of rolling a single die. (a) After 10 rolls of the die, you observe a "one" 1times. What proportion of the rolls resulted in a "one"? (b) After 20 rolls of the die, you observe a "one" 3times. What proportion of the rolls resulted in a "one"? (a) The proportion was _________. (b) The proportion was __________. (Simplify your answer. Do not round.) Note: The problem suggests the following formula to be used to get the correct answer: Compute the probability using the emperical approach, which states that the probability of an event E occuring is approximately the number of times event E is observed divided by the number of repetiitons (or trials) of the experiment, as shown in the formula below: P(E) =relative frequency of E= frequency of E / number of trials of experiment
Topic: Probability Suppose you physically simulate the random process of rolling a single die. (a) After 10 rolls of the die, you observe a "one" 1times. What proportion of the rolls resulted in a "one"? (b) After 20 rolls of the die, you observe a "one" 3times. What proportion of the rolls resulted in a "one"? (a) The proportion was _________. (b) The proportion was __________. (Simplify your answer. Do not round.) Note: The problem suggests the following formula to be used to get the correct answer: Compute the probability using the emperical approach, which states that the probability of an event E occuring is approximately the number of times event E is observed divided by the number of repetiitons (or trials) of the experiment, as shown in the formula below: P(E) =relative frequency of E= frequency of E / number of trials of experiment
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Topic: Probability
Suppose you physically simulate the random process of rolling a single die.
(a) After 10 rolls of the die, you observe a "one" 1
times. What proportion of the rolls resulted in a "one"?
times. What proportion of the rolls resulted in a "one"?
(b) After 20 rolls of the die, you observe a "one" 3
times. What proportion of the rolls resulted in a "one"?
times. What proportion of the rolls resulted in a "one"?
(a) The proportion was _________.
(b) The proportion was __________.
(Simplify your answer. Do not round.)
Note: The problem suggests the following formula to be used to get the correct answer:
Compute the probability using the emperical approach, which states that the probability of an event E occuring is approximately the number of times event E is observed divided by the number of repetiitons (or trials) of the experiment, as shown in the formula below:
P(E) =relative frequency of E= frequency of E / number of trials of experiment
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ISBN:
9780134753119
Author:
Sheldon Ross
Publisher:
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