Statistics

342 of them.

Alex Kent

In a lifetime, about $112,000

50 feet equals 0.01524 km

Hi, I would like to answr the question.So, if you want the to give more precedence to global variables with respect to a local one.Just add a pair of curly braces in the local variable and by doing so u can access global variable.

Having only the mean is not sufficient to identify outliers. You need some measure of dispersion.

you have to take the two middle numbers, add them and then divide them by 2 to find the median, this is 29+37 = 66, divide that by 2 which equals 33. The median is 33

6 2-digit numbers (13/15/35/53/51/31)

85,88,91,94,95,98

for the plant, a leaf takes in carbon dioxide and is also primarily responsible for the water that the plant takes in through it's roots. The leaf also absorbs photons from our planets star and it uses these photons to provide the energy needed to separate the atoms in the water and carbon dioxide molecules, which are then made into sugars for the plants growth etc, leaving an oxygen atom to be exhaled. It is part of a process called photosynthesis, some elements of which need photons (the light reactions) and some do not ( the dark reactions). Without the leaf there would be no animals, including us. For me personally, I dry certain leaf species and make tea with them during the winter months.

It is in most inorganic acids.

The odds of rolling any number in one roll of one die is 1 in 1. The odds of rolling the same number in one roll of one die is 1 in 6. Each die is unrelated, so the odds of rolling a pair using two dice in one roll is 1 in 1 times 1 in 6, or 1 in 6.

Now, look at the second pair of dice. The odds of rolling any number other than a number on the first pair is 5 in 6. The odds of rolling the same number in one roll of one die is 1 in 6. Each die is unrelated, so the odds of rolling a pair using two dice in one roll, not the pair in the first roll is 5 in 6 times 1 in 6, or 5 in 36.

Now, look at the third pair of dice. The odds of rolling any number other than a number on the first two pairs is 4 in 6. The odds of rolling the same number in one roll of one die is 1 in 6. Each die is unrelated, so the odds of rolling a pair using two dice in one roll, not one of the first two pairs is 4 in 6 times 1 in 6, or 4 in 36.

To compute the total odds of rolling three pairs of numbers using 6 dice, simply multiply these odds together. That is 1 in 6 times 5 in 36 times 4 in 36, or 30 in 7776. Reducing that to lowest common fraction, you get 5 in 1296.

(This calculation assumes that the three pairs are different. If two or three of the pairs are allowed to be the same, the computation is different.)

164772 to the nearest hundred thousands is 200,000

it depends how hot-headed you are =P and how many people you associate with. and what people you associate with. and how hot-headed the people you associate with are. =P

zscore

No.

I am using "normalization" as used in probability theory as application of a normalizing constant to a value, to make it conform to a certain distribution.

4

594 x 393 = 191,862

15

pie chart

15 out of 50 = 15/50 = 30/100 = 30%

10% of 16 = 1.6

A probability density function assigns a probability value for each point in the domain of the random variable. The probability distribution assigns the same probability to subsets of that domain.