The following are the schedule of matches in a chess tournament :
Day1: Jayson vs. Jethro
Day2: Charlene vs. Jethro
Day 3 : Charlene vs Jayson
What is the probability that Charlene wins both her games?
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OpenStudy (anonymous):
i cant understand the question...
OpenStudy (anonymous):
Asking for probablity, based on the sched.?
Parth (parthkohli):
There are 2 possibilities. She will win or she won't win, so we'll multiply the probabilities.
\(\Large \color{MidnightBlue}{\Rightarrow {1 \over 2} \times {1 \over 2} }\)
Parth (parthkohli):
Just asking, but is there a possibility of a draw?
OpenStudy (anonymous):
the question isnt complete i guess....
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Parth (parthkohli):
If there's a possibility for a draw then it'd be 1/3 * 1/3 = 1/9
OpenStudy (anonymous):
The following are the schedule of matches in a chess tournament :
Day1: Jayson vs. Jethro
Day2: Charlene vs. Jethro
Day 3 : Charlene vs Jayson
What is the probability that Charlene wins both her games?
each player has equal chances of winning as losing.
Parth (parthkohli):
So then it'd be 1/2 * 1/2
OpenStudy (anonymous):
its 1/4 then ya?
Parth (parthkohli):
1/4 probability
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Parth (parthkohli):
Yes
OpenStudy (anonymous):
How?
OpenStudy (anonymous):
owww. got it :)
OpenStudy (anonymous):
if each player has equal chances of winning as losing, \[0.5\times0.5\]=1/4
OpenStudy (anonymous):
Thanks! :)))) HOw about this?
What is the probability that Jayson wins one and loses one?
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