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The domain of a function is the set of values for which the function is defined.The range is the set of possible results which you can get for the function.
A function y = f(x) has a vertical asymptote at x = c if,f(x) is continuous for values of x just above c and the value of f(x) becomes infinitely large or infinitely negative (but not oscillating between them) as x approaches c from above. The function could behave similarly as x approaches c from below.In such a case f(c) is a singularity: the function is not defined at that point.
The set of output values of a function or relation is the range
These are usually the domain of the function.
The set of values for which the function is defined.
Limits (or limiting values) are values that a function may approach (but not actually reach) as the argument of the function approaches some given value. The function is usually not defined for that particular value of the argument.
Infinity does not equal anything because it is not a numerical entity. Infinity is a concept used to describe extremely high values, or the tendency of a function to output extremely large values as the input approaches a certain value. To get more informations on the concept of infinity, see "limits".
An asymptote is the tendency of a function to approach infinity as one of its variable takes certain values. For example, the function y = ex has a horizontal asymptote at y = 0 because when x takes extremely big, negative values, y approaches a fixed value : 0. Asymptotes are related to limits.
The domain of a function is the set of values for which the function is defined.The range is the set of possible results which you can get for the function.
No, extremely low or high values are affected by the mean.
A function y = f(x) has a vertical asymptote at x = c if,f(x) is continuous for values of x just above c and the value of f(x) becomes infinitely large or infinitely negative (but not oscillating between them) as x approaches c from above. The function could behave similarly as x approaches c from below.In such a case f(c) is a singularity: the function is not defined at that point.
The domain is a subset of the values for which the function is defined. The range is the set of values that the function takes as the argument of the function takes all the values in the domain.
The AVERAGE function.
y = x This is a line and a function. Function values are y values.
The set of all values that a function will return as outputs is called the *range* of the function.
Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.Maximum is the highest value in a range of values and can be got using the MAX function. There is no function called High in Excel.
Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.Yes. It combines the logical function IF with the normal COUNT function, so that it counts values that meet a condition.