9/27 because there are 3 cases where they all choose the same option. Another way to think about is that no matter what the “first 2” players choose there is 1 option the last person can choose that would result in a tie aka 1/3 odds
@@trinidude22 First person chooses whatever. Second person has 1.5 improbability of choosing something different. The improbability the third person chooses the third option is 3. Therefore, the improbability of a 3-way tie is 1.5 * 3 = 4.5. So, the probability of getting any 3-way tie is 1/4.5 which is 2/9.
@@itap8880 you’re ignoring the case of all 3 choosing the same option which also results in a tie. No matter what combination the first 2 pick, the third person always has exactly one of the three options that will result in a tie so the probability of a tie is 1/3
i was dying when they got all 3 possible answers in Boulder, Parchment, Shears lol
0:28 I never noticed in other videos, but Tal has a look like he can't believe she caught him that off guard. 🤣
Travis and Marisha both respectively chose the same hand in both c2 and c3 😆🤣
I came here to say the exact same thing. Lol Thanks for pointing it out first.
"F**k, we did it again!"
Honestly. CR2 is the most Ive laughed at any media.
I agree. I absolutely love all the pandemic ones. They were all crazy for human connection and each interaction was hilarious!
it works but there's a simple trick to it. keep going until there's a match; odd person is out then matchers keep going until winner.
I was laughing as hard as all of them were at this point.
I'm thinking there's a 6 in 27 (or 2 in 9) chance that any 3-way game of BPS ends in a tie.
9/27 because there are 3 cases where they all choose the same option. Another way to think about is that no matter what the “first 2” players choose there is 1 option the last person can choose that would result in a tie aka 1/3 odds
@@trinidude22That's also the probability that a two-person game ties.
@@trinidude22 First person chooses whatever. Second person has 1.5 improbability of choosing something different. The improbability the third person chooses the third option is 3. Therefore, the improbability of a 3-way tie is 1.5 * 3 = 4.5. So, the probability of getting any 3-way tie is 1/4.5 which is 2/9.
@@itap8880 you’re ignoring the case of all 3 choosing the same option which also results in a tie. No matter what combination the first 2 pick, the third person always has exactly one of the three options that will result in a tie so the probability of a tie is 1/3
You haven't played watch, comment, reply?
Imagine if they added Lizard and Spock from the Big Bang Theory.
What would that even be? Dragon and… some god maybe?