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I expect you mean the probability mass function (pmf). Please see the right sidebar in the linked page.
Two independent outcomes with constant probabilities.
The expected number of times is the probability x number of throws. Since you have a prob of 1/6 for a seven, then (1/6) * 160 = 26.67 times you would have success. We generally would round up the expected number of successes to the whole number 27.
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The answer will depend on how soon YOU expect it to arrive! If you think that it will take 5 minutes after you complete the transaction, the probability that it arrives earlier is 0 whereas if you expect it to take 5 moths, the probability that it arrives earlier is 1.The answer will depend on how soon YOU expect it to arrive! If you think that it will take 5 minutes after you complete the transaction, the probability that it arrives earlier is 0 whereas if you expect it to take 5 moths, the probability that it arrives earlier is 1.The answer will depend on how soon YOU expect it to arrive! If you think that it will take 5 minutes after you complete the transaction, the probability that it arrives earlier is 0 whereas if you expect it to take 5 moths, the probability that it arrives earlier is 1.The answer will depend on how soon YOU expect it to arrive! If you think that it will take 5 minutes after you complete the transaction, the probability that it arrives earlier is 0 whereas if you expect it to take 5 moths, the probability that it arrives earlier is 1.
Well, if you do a very specific operation, you wouldn't expect the result to be completely random.
expect instant success (:
Worthy of belief; probable; credible; as, a likely story., Having probability; having or giving reason to expect; -- followed by the infinitive; as, it is likely to rain., Similar; like; alike., Such as suits; good-looking; pleasing; agreeable; handsome., Having such qualities as make success probable; well adapted to the place; promising; as, a likely young man; a likely servant., In all probability; probably.
The motto of Stephenson High School is 'We Expect Success!'.
To get the EXPERIMENTAL probability, you'll have to actually carry out the experiment. The EXPECTED probability is equal to a fraction; the numerator will be the number of pieces of papers that have the number 35, the denominator will be the total number of pieces. If you repeat the experiment often, you can expect the experimental probability to be close to the expected probability.
The probability of it snowing is an excellent question, usually answered with a statistic (incorrectly) by your local, friendly weatherman. Here's a quick guide to know when it will snow: IF: Your weatherman has said to expect several inches, expect a light dusting, possibly no-stick. IF: Your weatherman has said to expect nothing, prepare for a blizzard. IF: Your weatherman has said to expect sunshine, and clear skies, don't go on any parades, for fear of cliche. (Rain on parade)
the probability 6o =1/6 = 60%