Q: What is the magic number on picking numbers 1-9 multiplying by 2 adding 12 subtracting 12 and dividng by 2?

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The answer depends on what the twenty numbers are!

By picking numbers and graphing it loser! hehehehhe

Depending on what numbers are you picking from: {Integers, Whole Numbers, Natural numbers, All real numbers} will affect the probability.

Although there are infinitely many primes, they become rarer and rarer so that as the number of numbers increases, the probability that picking one of them at random is a prime number tends to zero*. In the first 10 numbers there are 4 primes, so the probability of picking one is 4/10 = 2/5 = 0.4 In the first 100 numbers there are 26 primes, so the probability of picking one is 25/100 = 1/4 = 0.25 In the first 1,000 numbers there are 169 primes, so the probability of picking one is 168/1000 = 0.168 In the first 10,000 numbers there are 1,229 primes, so the probability of picking one is 0.1229 In the first 100,000 numbers there are 9592 primes, so the probability of picking one is 0.09592 In the first 1,000,000 numbers there are 78,498 primes, so the probability of picking one is 0.078498 In the first 10,000,000 numbers there are 664,579 primes, so the probability of picking one is 0.0664579 * Given any small value ε less than 1 and greater than 0, it is possible to find a number n such that the probability of picking a prime at random from the numbers 1-n is less than the given small value ε.

The probability is 1/b.

The probability is 11/21.

The answer depends on whether the first number is replaced before picking the second. If not, the probability is 0.029

Just answer the problem by actually picking numbers from the solution and doing it.

That all depends on how many numbers you pick them out of.

Here are some good ones: apple picking adding numbers acting

The probability is 8/20.

It is 1/13,983,816.

That's the frequency of the station you're picking up.

grape picking,pacha picking,fig picking,cotton picking,buck barley,harvest crops,picking peas.

It depends, if the random numbers are generated by computer, they can always be predicted if we know the code. If they are picked from a hat, or by one of many other methods of picking truly random numbers, we cannot.

grape picking, peach picking, fig picking, cotton picking, buck barley, harvest crops, picking peas

It is the same odds with both ways. you surely can win..http://tinyurl.com/kskepy8

The number of combinations of 50 things taken 5 at a time is (50! - 45!) / 5! or 2,118,760, so the probability of winning the lottery on 1 ticket by picking 5 numbers out of 50 numbers is 1 in 2,118,760, or 0.00000047197. More formally, the number of combinations of N things taken P at a time is (N! - (N-P)!) / P!

The probability, in a single random selection, is 1/20 or 0.05

2 numbers. few probabilities. Lets see. Number 1 probability: if your given numbers are this for example, 2 and 7. What is the probability of picking out 7? the Numerator is how many of that number is in the group. They are asking for 7? so how many 7's are in the group? 1. Then the denominator is how many numbers are in the group. There are 2 numbers in the group. so the probability of picking out a 7 would be 1/2. get it? if there were two 7's, then the probability would be 2/2 or 1. I hope I helped.

The number of combinations of 52 numbers taken 6 at a time is 52 * 51 * 50 * 49 * 48 * 47 / 6 / 5 / 4 / 3 / 2 = 20,358,520. The number of combinations of 36 numbers taken 5 at a time is 36 * 35 * 34 * 33 *32 / 5 / 4 / 3 / 2 = 376,992. The odds are better with 5 out of 36 numbers, but the payout is probably less as well.

If this was meant to be a math puzzle question then you don't know anything about picking juries. There's only ONE way of picking juries REGARDLESS of how many jurors are to be chosen. Picking jurors bears NO resemblance to a numbers game.

The probability of picking a distinct set of 3 numbers from 20 is1/[20!/(3!)(17!)]= 1/1140The probability of only picking 3 from 20 is1/20

Possibly, as in the term picking machine (agricultural), although this may be a noun adjunct.Picking is the present participle of the verb (to pick) and may be a verb form, participial, or noun (e.g. picking a team, picking cotton, picking your nose, picking through trash).

You cant Ripen them after picking

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