SOLUTION: If a gambler always bet on black to win, what is the probability of winning at least 24 times(24 or more) in a series of 36 spins
Algebra.Com
Question 741913: If a gambler always bet on black to win, what is the probability of winning at least 24 times(24 or more) in a series of 36 spins
Answer by stanbon(75887) (Show Source): You can put this solution on YOUR website!
If a gambler always bet on black to win, what is the probability of winning at least 24 times(24 or more) in a series of 36 spins
----
# of ways to get black:: ?
# of possible outcomes:: ??
-----
P(24<= x <=36) = 1 - binomcdf(36,(?/??),23) = Answer
==================
Cheers,
Stan H.
RELATED QUESTIONS
A gambler places a bet on a horse race. To win, she must pick the top three finishers in... (answered by FrankM)
A gambler places a bet on a horse race. To win, he must pick the top three finishers in... (answered by ikleyn)
Please help ! One enterprising gambler decides to take a bet that if he flips a coin 7... (answered by ewatrrr,stanbon,mathmate)
Suppose that you are at a casino playing roulette. The strategy you are using is to,... (answered by ikleyn)
What is the probability of betting on all odds and winning?
What is the probability... (answered by ElectricPavlov)
Many casinos have a game called the Big Six Money Wheel, which has 54 slots in which are... (answered by Boreal)
In March 2004, vegas.com gave odds on who would win the 2004 World Series. They gave the... (answered by stanbon)
The probability of winning on an arcade game is 0.678. If you play the arcade game 24... (answered by textot)
there are 12 runners in mountain and all have equal chance of winning what is the... (answered by ikleyn)