Assume that both roommates' choices of rock, paper, or scissors are random, independent, and equally likely. Let RA, RB, PA, PB, SA, and SB denote roommate A choosing rock, roommate B choosing rock, roommate A choosing paper, roommate B choosing paper, roommate A choosing scissors, and roommate B choosing scissors, respectively. Additionally, let the sample point consisting of roommates A and B both selecting rock be denoted parenthetically as (RA, RB), and so on for the other possibilities. Define event A as the event that roommate A wins the game and gets to sit in the front seat. Event A is composed of the following sample points: O A = {(RA, PB), (PA, SB ), (SA, RB)} O A = {(RA, RB), (RA, SB ), (PA, RB), (SA, PB )} O A = {(RA, SB ), (PA, RB), (SA, PB )} O A = {(PA, RB), (Sa, PB )} What is the probability of event A? O 0.50 O 0.33 O 0.11 O 0.90

A First Course in Probability (10th Edition)
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Chapter1: Combinatorial Analysis
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Let event C be the event that the game ends in a tie.
Event C is composed of the following sample points:
O c = {(RA, RB), (PA, PB), (SA, SB)}
O c= {(RA, RB), (RA, PB ), (RA, SB), (PA, RB), (PA, PB), (PA, SB), (SA, RB), (SA, SB)}
O c = {(RA, RB), (RA, PB ), (RA, SB), (PA, RB), (PA, PB)}
Oc= {(RA, RB), (RA, PB ), (PA, PB), (SA, PB), (SA, SB)}
What is the probability of event C?
O 0.75
O 0.03
classical approach
O 0.11
relative frequency approach
O 0.33
subjective approach
These probabilities were assigned using the
Transcribed Image Text:Let event C be the event that the game ends in a tie. Event C is composed of the following sample points: O c = {(RA, RB), (PA, PB), (SA, SB)} O c= {(RA, RB), (RA, PB ), (RA, SB), (PA, RB), (PA, PB), (PA, SB), (SA, RB), (SA, SB)} O c = {(RA, RB), (RA, PB ), (RA, SB), (PA, RB), (PA, PB)} Oc= {(RA, RB), (RA, PB ), (PA, PB), (SA, PB), (SA, SB)} What is the probability of event C? O 0.75 O 0.03 classical approach O 0.11 relative frequency approach O 0.33 subjective approach These probabilities were assigned using the
Assume that both roommates' choices of rock, paper, or scissors are random, independent, and equally likely. Let RA, RB, PA, PB, SA, and
Sg denote roommate A choosing rock, roommate B choosing rock, roommate A choosing paper, roommate B choosing paper, roommate A choosing
scissors, and roommate B choosing scissors, respectively. Additionally, let the sample point consisting of roommates A and B both selecting rock be
denoted parenthetically as (RA, RB), and so on for the other possibilities.
Define event A as the event that roommate A wins the game and gets to sit in the front seat.
Event A is composed of the following sample points:
O A = {(RA, PB ), (PA, SB ), (SA, RB)}
O A = {(RA, RB), (RA, SB ), (PA, RB), (SA, PB )}
O A = {(RA, SB ), (PA, RB), (SA, PB )}
O A = {(PA, RB), (SA, PB )}
What is the probability of event A?
O 0.50
O 0.33
O 0.11
O 0.90
O O O
Transcribed Image Text:Assume that both roommates' choices of rock, paper, or scissors are random, independent, and equally likely. Let RA, RB, PA, PB, SA, and Sg denote roommate A choosing rock, roommate B choosing rock, roommate A choosing paper, roommate B choosing paper, roommate A choosing scissors, and roommate B choosing scissors, respectively. Additionally, let the sample point consisting of roommates A and B both selecting rock be denoted parenthetically as (RA, RB), and so on for the other possibilities. Define event A as the event that roommate A wins the game and gets to sit in the front seat. Event A is composed of the following sample points: O A = {(RA, PB ), (PA, SB ), (SA, RB)} O A = {(RA, RB), (RA, SB ), (PA, RB), (SA, PB )} O A = {(RA, SB ), (PA, RB), (SA, PB )} O A = {(PA, RB), (SA, PB )} What is the probability of event A? O 0.50 O 0.33 O 0.11 O 0.90 O O O
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