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Q: What is the probability that you pick an odd number at random from 75 to 100?

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3 out of 4

90%

The highest number on probability is 1 or 100%.

100% or 100/100

Assuming then that there are 100 numbers, 1-100, the probability of the number 23 being randomly picked out of 100 is: 1/100 or 0.01.

if they are all tennis balls, then 100% percent

The probability is 10 percent.

53.33... % THere are 8 odd numbers out of 15, so probability = 100*8/15 %

100 times its probability.100 times its probability.100 times its probability.100 times its probability.

The probability is 1. (aka 100% aka 6/6)

The probability should be 0 (zero). 153 is not between 1 and 100. If you meant your number generator to return a number between 1 and 1000, the probability would be 1/1000 = .001 = .1%

well because its random it could be ANYTHING between 1 and 100. mine is 25!

If the random variable X has x as its nth percentile, then Prob(X<=x) = n/100.

Yes. The probability of an event is a number between 0 and 1 (or the equivalent 0% and 100%).

The probability is very close to 0.25 A year is a leap year if the number is divisible by 4 - except if the number is divisible by 100 it is not a leap year - except if the number is divisible by 400 it is a leap year. So, in a 400-year period there are 97 leap years. The probability or relative frequency of leap years is, therefore, 97/400 = 0.2425

No probability - theoretical or not - can be 100. Therefore no examples are possible.No probability - theoretical or not - can be 100. Therefore no examples are possible.No probability - theoretical or not - can be 100. Therefore no examples are possible.No probability - theoretical or not - can be 100. Therefore no examples are possible.

In DOS, the following line will generate a random number between 1 and 100. To get 0-100, remove the plus one at the end. set /a num=%random% %%100 +1

Since the numbers (number of dots) on normal dice only go from 1 - 6, then I would think the probability of getting the number 100 is zero.

With a single cube, the probability is 100%With two cubes, the probability is 15/36 = 5/12 = 412/3 %

Or you can do Rnd*232 Where 232 is a number of your choice higher or lower number. I have used this in a Timer and works well.Valtros------------------------------------------------------------------------------------------------------------------AnswerUse the random function. The example below will give a random number between 1-100r = Random(1, 100)

When you throw a die, there are six possibilities. The probability of a number from 1 to 6 is 1/6. This is classical probability. Compare this with empirical probability. If you throw a die 100 times and obtain 30 sixes, the probability of obtaining a 6 is 30/100 or 0.3. Empirical probabilities change whereas classical probability doesn't.

You multiply the probability by 100.

I take it you mean 80%If so the probability of "not making 100" is 20%, 1/5 or 0.2

No. Probability is defined as a number between 0 and 1 (100 percent). If you have four oil wells, each with a probability of hitting being 30%, then the probability of at least one hitting is 100% - (100% - 30%)4, or about 76%.

For me I think it is conceptually easier to think about the probability that the number will contain the digit seven (and the probability that it does not contain the digit 7 is simply one minus the probability that it does). P(number will contain 7) = P(number is in the seven hundreds) + P(number is not in seven hundreds)*[P(number is in the X hundred seventies)+P(number is not in the X hundred seventies)*P(number ends in seven)] So essentially I am considering all of the numbers in the range that start with seven (i.e., are in the seven hundreds), then all of the numbers in the range that aren't in the seven hundreds but have a 7 in the tens place (i.e., the 170s, 270s, etc., and finally all the numbers that don't have a 7 in the hundred or tens place, but that end in 7). Plugging the numbers into my formula above, I get (100/900)+(800/900)*((10/100)+(90/100)(1/10)) = 7/25 is probability that the number does contain a 7, and 1-(7/25)=18/25 is probability that it does not.

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