A wheel of fortune is pictured below. On any given spin, the probability the arrow will land on a wedge is proportional to its relative size in the wheel. The number in each wedge indicates its point value. In this picture, the spinner has landed on the 0-wedge. Spin the wheel twice. What is the chance it will land on the 2-wedge twice in a row? 1/4 Spin the wheel three times. What is the chance it will land on the 2-wedge three times in a row? 1/4 Spin the wheel three times. What is the chance it will land on the 0-wedge, then the 1-wedge, then the 2-wedge? 1/32

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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A wheel of fortune is pictured below. On any given spin, the probability the arrow will land on a wedge is proportional to its relative size in the wheel. The number in each wedge indicates its point value.
In this picture, the spinner has landed on the 0-wedge.
Spin the wheel twice. What is the chance it will land on the 2-wedge twice in a row?
1/4
Spin the wheel three times. What is the chance it will land on the 2-wedge three times in a row? 1/4
Spin the wheel three times. What is the chance it will land on the 0-wedge, then the 1-wedge, then the 2-wedge? 1/32
Transcribed Image Text:A wheel of fortune is pictured below. On any given spin, the probability the arrow will land on a wedge is proportional to its relative size in the wheel. The number in each wedge indicates its point value. In this picture, the spinner has landed on the 0-wedge. Spin the wheel twice. What is the chance it will land on the 2-wedge twice in a row? 1/4 Spin the wheel three times. What is the chance it will land on the 2-wedge three times in a row? 1/4 Spin the wheel three times. What is the chance it will land on the 0-wedge, then the 1-wedge, then the 2-wedge? 1/32
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