What is the chance of winning the vacation given a contestant has 1 in 3 chance of selecting the door with the big prize, and the big prize has a(n) 99% chance of being the toaster, a(n) 60% chance of the washer-dryer, and a(n) 44% chance of the vacation? Report your answer as a percent to two decimal places, eg , 1.02%, not 0.00102. • When converting 1/3 to a percent, round to two decimal places.
What is the chance of winning the vacation given a contestant has 1 in 3 chance of selecting the door with the big prize, and the big prize has a(n) 99% chance of being the toaster, a(n) 60% chance of the washer-dryer, and a(n) 44% chance of the vacation? Report your answer as a percent to two decimal places, eg , 1.02%, not 0.00102. • When converting 1/3 to a percent, round to two decimal places.
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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Transcribed Image Text:The Law of And
So, how do we determine probability when we have two non-mutually exclusive events? We can use The Law of And,
also know as the Multiplication Rule!!
Let's say our game show has reached rock bottom financially and now has to reduce the probability of contestants
winning any prizes. To do this, our top three prizes (washer-dryer, toaster, and vacation) will have a certain probability
of being selected as the big prize. The big prize will be placed behind one of three doors, and the other two doors will
have pet rocks as a prize.
Door #1
Door #2
Door #3
What is the chance of winning the vacation given a contestant has 1 in 3 chance of selecting the door with the big
prize, and the big prize has a(n) 99% chance of being the toaster, a(n) 60% chance of the washer-dryer, and a(n)
44% chance of the vacation?
• Report your answer as a percent to two decimal places, eg, 1.02%, not 0.00102.
When converting 1/3 to a percent, round to two decimal places.
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