Not really. The theory(that if you have some process that can come out in multiple ways, then, over a long period of tests, the results will be about even if each of the possible outcomes has an equal chance of occurrence isn't literal. If you do flip the coin many more times, then the results will gravitate towards an even amount of occurrences, although it is unlikely for to be split perfectly evenly.
Yes it does... 12 times exactly !
5 times 19x5=95
exactly 17
30 times because when you count up in tens this is the answer
10 times for the one's digit, 1-100 10 times for the ten's digit, 60-70 = 20 times
Prob(Exactly 9 Heads) = 0.0269 Prob(At least 2 Heads) = 0.0327 Prob(At most 8 Heads) = 0.9673
The expected number is 3750.
225 times
The probability of getting 3 or more heads in a row, one or more times is 520/1024 = 0.508 Of these, the probability of getting exactly 3 heads in a row, exactly once is 244/1024 = 0.238
It is 0.1042
The outcomes are: heads, tails, tails or tails, heads, tails or tails, tails, heads. You can see that there are 3 possible outcomes with exactly 1 head.
About a 1 in 16 chance of getting a coin to land on heads 4 times in a row.
Ten of them.
480
well, it will have 6 times of the greater chance.
There is a 50% chance that it will land on heads each toss. You need to clarify the question: do you mean what is the probability that it will land on heads at least once, exactly once, all five times?
3/8ths