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2. A random number generator in a game to determines the fate of a character. All values from 0-25 are equally likely. Any number above 8 on the number generator results in a successful attack. A value of a number 18- 20 results in a 'critical hit'. Sketch the probability distribution for the character's fate, shade the appropriate area that a character performs a successful attack but not a 'critical hit', and calculate the probability that a character performs a successful attack but not a 'critical hit'.

2. A random number generator in a game to determines the fate of a character. All values from 0-25 are equally likely. Any number above 8 on the number generator results in a successful attack. A value of a number 18- 20 results in a 'critical hit'. Sketch the probability distribution for the character's fate, shade the appropriate area that a character performs a successful attack but not a 'critical hit', and calculate the probability that a character performs a successful attack but not a 'critical hit'.

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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2. A random number generator in a game to determines the fate of a character. All values from 0-25 are equally likely. Any number above 8 on the number generator results in a successful attack. A value of a number 18 20 results in a 'critical hit'. Sketch the probability distribution for the character's fate, shade the appropriate area that a character performs a successful attack but not a 'critical hit', and calculate the probability that a character performs a successful attack but not a 'critical hit'.
Transcribed Image Text:2. A random number generator in a game to determines the fate of a character. All values from 0-25 are equally likely. Any number above 8 on the number generator results in a successful attack. A value of a number 18 20 results in a 'critical hit'. Sketch the probability distribution for the character's fate, shade the appropriate area that a character performs a successful attack but not a 'critical hit', and calculate the probability that a character performs a successful attack but not a 'critical hit'.
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