Probability

Probability in real life can be said as something that usually happens. No one can predict the future, however; one can determine how likely it is that something will or will not happen.

Random lottery numbers, every time! I think it's great to mix it up, but I also like to see my numbers before I buy my ticket. I play the euro millions a bit more than the lottery as the rollover jackpots always look appealing! In theory it doesn't matter how you select the numbers so long as you pick the rquired number of numbers.

40.

If you picked 3 aces, 3 two, 3 threes....all the way to 3 kings you would have 39 cards. The fourtieth card must make a four of a kind.

1 in 36

Probability not a club = 1 - probability it is a club = 1 - 13/52 = 1 - 1/4 = 3/4.

From the related link, you can read directly the probability that Z is less than 1.51 is 0.9345.

its easy idiots, you use it when guessing :)

Probability is used to extrapolate the likelihood of a future event, so if you think about it, it's used all the time by everyone everyday.

Here are some main applications:

- Data Analysis

- Quantum Mechanics

- Thermodynamics

- Meteorology

- Social Science

- Business ans Finance.

The list is near endless.

The function of ileum is absorb vitamin B12 and bile salts. If products were not absorbed by the jejunum the ileum would absorb them.

Basic arithmetic has been developed by nearly every culture, so there isn't one definite person who discovered it.

The probability of any event lies in the interval [0, 1].

The sum (or integral) over all possible outcomes is 1.

50/50. There are two sides (heads and tails), so half of the time it will land on heads. 49.5% or something like that because the coin can land on heads, tails, or on its edge. but the likelihood is like a fraction of a percent, but it is possible

If the card is drawn randomly, the probability is 1/4.

i did this research and made my own equation on my own, take our Galaxy for example

1 galaxy=150-350 billion stars

lets take 250 billion stars, and if each star has a solar system of 1 to 9 planets, lets say each star has 5.

5 planets times 250 billion stars = 1,250 billion planets

and if at least 1 in 5 planets has life on it

1/5 X 1,250 billion planets = 250 billion planets

so i think maybe at least 250 billion planets in OUR galaxy have life

but that's only our Galaxy (Milky Way) and in the universe there are billions of galaxies maybe trillions, and how do we know this is the only universe, could there be more?

Assuming you have got a normal deck with 2 Jokers (52+2 cards). Identify the probabiities of each event: Move 1. 1st Ace: 4/54 move 2. 2nd Ace: 3/53 Move 3. 3rd Ace: 2/52 Move 4: 4th Ace: 1/51 Move 5: Joker: 2/50 Now, u just have to get a product of all the above outcomes' probabilities. The answer u get is 1/7906275 = 1.26481813496242E-07

because u use maths everyday. you look at the clock and read the time, that is maths. u buy sumthing from the shop and u use money. that is maths. and you go to school or work, there is bound to be sum sort of maths in there.

I guess it depends on whether you mean the actual amount of diamonds on each card, or just how many cards in the suit. A traditional deck of cards has A-K in each suit, which is 13 cards... 13 diamonds, and 13 each of the other suits as well.

If you mean how many actual diamonds on the cards, that depends on the artwork, but I'm guessing 55 for the amounts themselves (one through 10, since J-Q-K don't have the number of diamonds on them), plus 2 each for the little ones in the corners to show the suit (26), so approximately 81. Could be more, or less, depending on the individual artwork.

(i) P(X <= 2, Y = 1) = P(X=0, Y=1) + P(X=1, Y=1) + P(X=2, Y=1)

= (0+1)/30 + (1+1)/30 + (2+1)/30 = 6/30 = 1/5.

(ii) P(X + Y = 4) = P(X=2, Y=2) + P(X=3, Y=1)

= (2+2)/30 + (3+1)/30 = 8/30 = 4/15.

The possible ways to get less than 5 are:

1 + 1, 1 + 2, 1 + 3, 2 + 1, 2 + 2 or 3 + 1. So there are 6 ways, there are 36 possible results so the probability is 6:36 (or 1:6).

50 in 52, or 25 in 26.

1000,000 to 1

Do you mean what are all the possible outcomes? Or what is the probability of a certain outcome? Need a little more information.

Leonhard Euler ,Gaspard Monge ,Jean-Victor Poncelet , Jakob Steiner

Assuming that you cannot repeat any of the numbers that you are using to guess (e.g., would not guess 1, 4 and 4) AND that a match only counts once (e.g., in the serial number A23345678D, the matching 3 only counts as a single match despite appearing more than one time), the probability is between 15.4% and 15.5% (via 5MM simulations).

If we loosen the rules and say that there can be double matches with the numbers that you are guessing (e.g., in the serial number above, if 3 was a guess number, there would be two matches, not just one), the probability is between 25.4% and 25.5% (via 5MM simulations)

The spirit of the question suggests that we would never repeat a guessed number.