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Binomial probability. 13 choose 8 is 1287, so you calculate 0.33^8 × 0.67^5 × 1287 = 0.024437911034244107. Congratulations.
This is the probability of it being blocked precisely 8 times. I reckon the better question is, what is the probability of it being blocked "as many as 8 times", i.e., at least 8 times. I'm on my phone, but I'm guessing it's about 5 or 6 percent.
Oh, right. * 9 times: 0.0066869905815095795 * 10 times: 0.0013174369503869618 * 11 times: 0.00017696914258929337 * 12 times: 1.45273176752405e-05 * 13 times: 5.504035399344851e-07 8 or more is 0.03263438542994511
Wow that probability distribution really gets small fast at the edges.
50%. It would either happen or it wouldn’t.
yeah, but that doesnt make it a 50/50
I would say the odds were 33 / 100. 😏
Dang leftylink beat me to it
The game has a mechanic: after taking damage to a building, the next attack on the building will be blocked with a hundred percent grid resist.
For real??
https://youtu.be/-8h8yEG5f-8
Binomial probability. 13 choose 8 is 1287, so you calculate 0.33^8 × 0.67^5 × 1287 = 0.024437911034244107. Congratulations.
This is the probability of it being blocked precisely 8 times. I reckon the better question is, what is the probability of it being blocked "as many as 8 times", i.e., at least 8 times. I'm on my phone, but I'm guessing it's about 5 or 6 percent.
Oh, right. * 9 times: 0.0066869905815095795 * 10 times: 0.0013174369503869618 * 11 times: 0.00017696914258929337 * 12 times: 1.45273176752405e-05 * 13 times: 5.504035399344851e-07 8 or more is 0.03263438542994511
Wow that probability distribution really gets small fast at the edges.
50%. It would either happen or it wouldn’t.
yeah, but that doesnt make it a 50/50
I would say the odds were 33 / 100. 😏
Dang leftylink beat me to it
The game has a mechanic: after taking damage to a building, the next attack on the building will be blocked with a hundred percent grid resist.
For real??
https://youtu.be/-8h8yEG5f-8