Here is an example: KEY: 1 | 2 means 12
1 | 2 3 4 6 8 9
2 | 0 5 5 5 6
3 | 4 5 7 8 8 9 9
4 | 1 2 6
From the stem and leaf diagram it can be seen that 25 is the most frequent number, since three 5's appear consecutively in the second row. Because numbers in a stem and leaf diagram always appear in ascending order, it is very easy to see which appears most frequently.
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You need to determine the area under the curve between the values in question. This is easy to do because there are tables that give the area values.
It is easy to prove that it is impossible.Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).It is easy to prove that it is impossible.Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).It is easy to prove that it is impossible.Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).It is easy to prove that it is impossible.Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).
Should be rigidly defined based on all values Easy understood and calculated Least affected by the fluctuations of sampling
It is a measure of the spread of a set of observations. It is easy to calculate and is not distorted by extreme values (or mistakes). On the other hand it does not use all of the information contained in the data set.
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An array or a dictionary is commonly used as an object to represent individual values. Arrays are used when the values are ordered and accessed by index, while dictionaries are used when the values are stored with corresponding keys for easy lookup.
The _____ provides easy access to frequently used commands
Hydroponic gardening is not as easy as growing in soil, but it is faster. You need to measure the pH level, add nutrients and change the water frequently.
Yes it is very easy. All you have to do is give it a bath frequently and your done. If its a long haired chihuahua then you have to brush it and may have to shave it down a little every summer.
You need to determine the area under the curve between the values in question. This is easy to do because there are tables that give the area values.
Blend is one I use frequently. It isn't as sophisticated but it is easy to visualize and doesn't sound so haughty.
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It is easy to prove that it is impossible.Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).It is easy to prove that it is impossible.Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).It is easy to prove that it is impossible.Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).It is easy to prove that it is impossible.Given any set of n input and output values, of x and f(x) values, it is easy to prove that there is at least one polynomial of degree n-1 which will fit them. There are, therefore, infinitely many polynomials that will fit these n pairs and any additional pair of the infinitely many choices for the "next" x and f(x).
You can convert them to decimal values and then add them together and divide by the total number of values. Usually, we used a spreadsheet like excel on the computer, but a calculator is also easy to use.
Easy. Just make four HTML input fields and give them ids. Then just use document.getElementById(id).value to get their values and multiply them. You can then again use document.getElementById(id) to print the values or go for the easy solution with document.write(answer).