Changes

*For e.g. 4x2 matrix can multiply with 2x3. The matrix product of two arrays <math>a</math> and <math>b</math> is <math>xij= \sum_{k=1}^n aik.bkj</math>, where <math>i</math> is the row number and <math>j</math> is the column number.  

*For e.g. 4x2 matrix can multiply with 2x3. The matrix product of two arrays <math>a</math> and <math>b</math> is <math>xij= \sum_{k=1}^n aik.bkj</math>, where <math>i</math> is the row number and <math>j</math> is the column number.  

*i.e Multiply the elements of each row of 1st matrix by elements of each column of 2nd matrix.  

*i.e Multiply the elements of each row of 1st matrix by elements of each column of 2nd matrix.  

*So the resultant matrix of the order is:Rows of 1st matrix × Columns of 2nd. For e.g .

*So the resultant matrix is of the order: Rows of 1st matrix × Columns of 2nd.  

*If we multiply a4x2 matrix with a 2x3 matrix, the product matrix is 4x3 .  

*For e.g If we multiply a 4x2 matrix with a 2x3 matrix, the product matrix is of order 4x3 .  

*This function will give the result as error when:  

*This function will give the result as error when:  

#The number of columns in the 1st matrix is not equal to number of rows in the 2nd matrix.

The number of columns in the 1st matrix is not equal to number of rows in the 2nd matrix.

#In the range cell, any cells are empty or that should not be convert in to numbers.

In the range cell, any cells are empty or that should not be convert in to numbers.

==Examples==

==Examples==