mean (X) will return the mean of the elements, if X is a vector. the size is not equal to 1 (It will consider the first dimension which is non-singleton).

Your precious feedbacks are very important for us. M mean (X) This function will return the mean of all the elements of ‘X’, along the dimension of the array which is non-singleton i.e. So the result will have vector like above that has number of columns of the matrix.ĭo not forget to leave your comments and questions about calculation of geometric mean in MatLab with ‘geomean()’ command below. If you calculate the geometric mean of a matrix like above in Matlab, calculation will done for each columns elements. If A is a vector, mean(A) returns the mean value of A. The result is given in Command Window like above. M mean(A) returns the mean values of the elements along different dimensions of an array. What you need to do is, just write the vector variable ‘a’ inside the parantheses of ‘geomean()’ command. Calculation of geometric mean of these lots of data can be troublesome compared with calculation in MatLab. How To Use ‘geomean()’ Command In MatLab? > a = Īs you see above, we created a vector that includes lots of numeric data inside it.

In here, we explain how to calculate geometric mean of datas in Matlab with ‘geomean()’ command, with a very basic example below. YOU CAN LEARN MatLab IN MECHANICAL BASE Click And Start To Learn MatLab! M mean(X) This function will return the mean of all the elements of X, along the dimension of the array which is non-singleton i.e. Do not mix the geometric mean with arithmetic mean, they are different. But calculation of geometric mean of set of data in Matlab is very easy with ‘geomean()’ command. It has the formula Ĭalculation of geometric mean by hand can be troublesome. Geometric mean is a very important tool in such disciplines like Calculus, Data Analysis and others.

Matlab mean