Probability

This can be considered two independent Bernoulli events, so the probability of the whole is the product of the individual events, or (1/6)(1/6) = 1/36.

Uncertainty is the uncertainness of any happening which may occur but probability is the ratio of which the happening will occur.The number of happening can also be included in the probability section but not in uncertainty.Both the words are roughly opposites of each other.

Usually, a fraction is already a probability. Like if you roll a die, the probability that you will get a 1 is 1/6. So your probability would be your fraction.

A subset of sample space is taking a sample from that sample space.

Probability of drawing a spade is 13/52.

Probability of also drawing a 6 is 3/39. Therefore it would be 13/52 x 3/39= .0192

The probability of a head in one flip is 1/2.

The probability of HHHHTT is (1/2)6 = 1/64

The possible correct flips are HHHHTT, HHHTHT, HHTHHT, HTHHHT, THHHHT, HHHTTH, HHTHTH, HTHHTH, THHHTH, HHTTHH, HTHTHH, THHTHH, HTTHHH, THTHHH, TTHHHH, each with a probability of 1/64.

Total probability is 15/64.

The Z value is negative, but area is always positive.

Rollin for dubs- check em

1/6 chance for rolling the first six. 1/6 chance for rolling the second one (independantly). when doing compound probability problems like this you multiply the chances of each soooo

1/6 x 1/6 = 1/36 chance of rolling dubs sixes (or any other number for that matter)

hell no nigaa

The probability of getting the first answer correct is 1/2

The probability of getting the first two correct is 1/2 * 1/2 = 1/(22)

The probability of getting all 9 correct is 1/(29) = 1/512 which is just under 0.2%

if there is a jar containing 5 red marbles 6green and 4 blue what is the probability off not chossing a blue marble

2/13

It means the size is the same or larger than the item being referred to.

P(A given B')=[P(A)-P(AnB)]/[1-P(B)].

You should be given p(x) values such as 0.09 0.19 0.14 0.29 you just add these values to get 0.71 subtract 0.71 from 1 to get 0.29 is the answer

We would need to know the situation to respond to this question.

Empirical means by observation, so empirical probability, or experimental probability, is the probability that is observed in a set of trials. For example, if you flip a coin ten times and get seven heads, your empirical probability is 7 in 10. This is different than the theoretical probability, which for a fair coin is 5 in 10, but that result will only be approximated by the empirical results, and then only with a larger number of trials.

A large standard deviation indicates that the distribution is heavily weighted far from the mean. Take the following example:

{1,1,1,1,1,19,19,19,19,19} Mean is 10 and StDev = 9.49

Now look at this data set: {5, 6, 7, 8, 9, 11, 12, 13, 14, 15}

Mean is still 10, but StDev = 3.5

for residential building 1 sqm steel required =8kgs

1 in 32. Each correct answer has to rely on the previous answers all being correct. By random chance getting five heads in a row or picking black or red correctly, on a wheel with no green slots, five times in a row is 1 chance in 32 attempts.

3 ways

6 and 1.

3 and 4.

5 and 2.

27/35

discrete & continuous

The probability of picking the #1 marble on the first draw is 1/12.

If you've done that, then the probability of picking the #2 marble on the second draw is 1/11.

If you've done that, then, the probability of picking the #3 marble on the third draw is 1/10.

If you've done that, then, the probability of picking the #4 marble on the fourth draw is 1/11.

etc.

etc.

So the probability of doing all of them in sequence is (1/12) x (1/11) x . . . x (1/1).

That's exactly the reciprocal of (12!). According to my $1.49 calculator, your chances

of success without peeking amount to about

0.00000020877 percent (rounded)

Not a smart bet.