Ok, I'm admittedly not a probability geek, but here is my reasoning... if you flip two coins there are only two possibilities... alike or different, and that's 1 in 2 or 50/50 odds. When you add the third coin it's automatically going to match at least one of the other two... unless the other two were alike and it falls differently. so it does decrease the probability of all matching, and there are three opportunities for one of the coins to be different. So I say it's 1 in 3.
The probability is 0.0198. The probability of that happening twice is 0.000393 Is this the odds of it happening twice with the same number?
you can bet on both at the same time
This is the same as example 2 in the link below
Both are round U.S. coins.
Yes, they cannot happen at the same time. If you flip a coin heads and tails can not come up at the same time.
The odds are 1 in 2.
The odds in this case are not relevant. The odds for choosing N32 are same as any other letter-number combination. Just like trying to figure out a flip of a coin if it's going to head or tails. The odds on each flip are 50/50. The coin has no memory.
Moons and Goochers are when 3 more people flip coins and they all turn up the same. A moon is when all the coins are heads. A goocher is when they are all tails.
The probability of the coin landing "head" side up is 50/50, meaning it could land "head" side up or "tail" side up. The odds of any single coin flip are always the same, no matter what happened on the previous tosses -- provided the coin is not a "double-head" (or "double-tail") "trick" coin
50%
1 out of 4, or 25% ChanceHHHHHTHTHHTTTHHTHTTTHTTTThere is only 3 coins, with 2 possible sides that they could land on, 8 possible outcomes, but with HHH and TTT both considered as the same side, that means there is 2 different out comes that are on the same side. There for, 2 out of 8, meaning 1 out of 4.
The probability of getting at least one tail in a flip of six coins is the same as the probability of not getting all heads, which is 1 - (0.56), or 0.984375.
1 in 27, or 1 in 128, or 0.0078125. Note: the stated equation is 1 in 27, not 1 in 28, because the question said "same results 8 times in a row". If the question said "heads, 8 times in a row", then the answer would be 1 in 28, but since it said "same results", you have to consider that the second through the eighth flip must match the first flip, and that is 1 in 27.
Same Odds - 2013 was released on: USA: April 2013
75% is not correct. The odds of flipping 4 independent coins is the same as flipping one coin 4 times. The number of outcomes of 4 flips is 2^4 or 16. The number of ways to exactly get 3 Heads is 4 (THHH, HTHH, HHTH, HHHT) so your chance of flipping 3 heas is 4/16 or 25%. If you include the occurance that produced 4 of 4 Heads, then you get 5/16 or 31.25%.
There are no odds. It just happens.
One in eight, or 12.5%.