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Two ways to think about it: 1: 25% both heads 50% one of each 25% both tails -or- 2: 25% heads/heads 25% heads/tails 25% tails/heads 25% tails/tails
It's difficult to think of a real event to which an exact probability can be assigned. We say that flipping a coin yields 'heads' with probability 1/2 but we do not know that definitely. The only way of assigning a probability in the sense of numbers of heads versus total numbers of flips is by experiment. (Be aware though that there are other interpretations of the word probability.) If I were to flip a coin 500 times and obtained 249 heads then the experimental probability of obtaining a head would be 249/500 or 0.498.
There was no point in it since nothing of significance came up. It might have been useful for Students, but that would mean that the event would have to deviate from the normal. In all likelihood the speakers were biased. There was no point in it since nothing of significance came up. It might have been useful for Students, but that would mean that the event would have to deviate from the normal. In all likelihood the speakers were biased. There was no point in it since nothing of significance came up. It might have been useful for Students, but that would mean that the event would have to deviate from the normal. In all likelihood the speakers were biased. There was no point in it since nothing of significance came up. It might have been useful for Students, but that would mean that the event would have to deviate from the normal. In all likelihood the speakers were biased.
Since each coin would have the outcome with Heads and Tails: Then among the 32 coins, we can have the possible outcomes from no Heads, 1 Head, 2 Heads, ....... , 31 Heads, 32 Heads. Therefore we would have 33 outcomes.
Yes it would because you need to beliveve in other things aswell