Probability

I would say..Yes...I know you might think Im lying but...im not

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They are always perpendicular. Furthermore, they bisect one another.

All other things being equal, 3/4.

50%

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%.

6

2, 3

depending on what lowest range for example 10% probibility and depending on the limited range i.e. 50% in other words it could be as likely as the limited range ., but verifyed at the lowest range 10% as likey probibility range.

So I took the worksheet and found that in Punnett Square A (if you have the same worksheet) It has the pairs BB, Bb, Bb, and bb. B= black and b= white. The probablility of a black guinea pig is likely and white is unlikely since there is only 1 trait with 2 recessive alleles.

Rather a vague question. Are the people related? Obviously thousands of people are born in every month, so I guess you mean people who are connected in some way.

proportional to the cumulative probability of all the causes listed for that hazard

The children will have type AB

5/12

Probability = 0.5

If you're trying to get a certain 50/50 chance for flipping a coin make sure it is different on both sides and isn't dodgy.

The probability of a mutation at a particular gene locus is low, and the probability of

a mutation in the genome of a particular individual is high.

Tossing two coins doesn't have a probability, but the events or outcomes of tossing two coins is easy to calculate. Calling the outcomes head (H)or tails (T), the set of outcomes is: HH, HT, TH and TT as follows: 2 heads = (1/2) * (1/2) = 1/4 1 head and 1 tail, can be heads on first coin tails on second, or just the opposite, there's two possible events: (1/2)*(1/2) + (1/2)*(1/2) = 1/2 2 tails = same probability as two heads = 1/4

Probability is the chances of something happening. For example the coin.... Its probability is 50:50 for the simple reason the outcome is either heads or tails. It also can be written in many ways... Such as 50:50, 50/5, or 50%
Probability is the odds (chance) that something will or will not happen.

1/13

P(8 or greater on two dice) = P(2 on first and 6 on second) + P(3 on first and at least 5 on second) + P(4 on first and at least 4 on second) + P(5 on first and at least 3 on second) + P(6 on first and at least 2 on second) = (1/6 * 1/6) + (1/6 * 2/6) + (1/6 * 3/6) + (1/6 * 4/6) + (1/6 * 5/6) = (1 + 2 + 3 + 4 + 5)/36 = 15/36

P(8 or greater on two dice) = 15/36, or 5/12.

Usually as a fraction or ratio. (desired results) : (all results)

it means what is the chance u might get somthing e.g. u have 5 marbles, 3 are red and 2 are blue. the probability of gettin a red is likely cause there are more than the other colour

An event which has a probablility of 1 is one that will definitely happen. Probabilities range between 0 and 1 (0% and 100%) with a probability of zero meaning it is impossible and a probability of one meaning that it is definite. i.e. winning the lottery if you never play has a probability of zero and winning the lottery if you know the correct numbers in advance has a probability of one.

ModelRisk is a very powerfull tool to calculate probabilty (Excell add-in).

You have a lot of distributions (more than every other software on the market), a special Probabilty Calculation menu, time series, aggregate, distribution fit and so much more.

I really love it to calculate my statistical problems. I have bought a copy of ModelRisk and didn't regret it + good customer service.

the probability is put into a fraction for you. 4/10 which is simplified to 2/5. 2/5=40%

the probability you will bowl a strike is 40%.

Well, consider that there are 26 letters in the alphabet. 5 of these are vowels (a, e, i, o and u).

Therefore the probability is 5/26 - or 0.192307692.

This assumes, of course, that you are randomly picking a letter from the alphabet... or rather, that each letter occurs in equal proportion within a larger text.

This assumes the English alphabet. In other alphabets from other languages, there may be a different quantity of vowels and a different quantity of consonants (or possibly other letters all together).

In writing, however, it is not the case that each letter appears in equal proportion. In a typical written document, for example, vowels make up about 38% of a text, on average. But it depends on a particular text, too, it may vary a little.

Of course, it matters which language you draw a text from. Those languages which use the exact same alphabet as in English dont necessarily have the same distribution of vowels in text.

A sphere. In Geometry, it is a round solid figure. Every point on it's surface is an equal distant from it's center.