![\"\"](\"http://www.mathskey.com/userfiles/image/steps_images/step1.JPG\")
Multiplication of two matrices possible if the number of columns in the first matrix equals the number of rows in the second matrix.
\The dimensions of the matrix E are ![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=9c681883501452b2f0988af4b756ebbd.png\")
and the number of columns in the matrix E is 6.
The dimensions of the matrix F are ![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=4618f99e7bfea0cfec1b29fb5ecbaf83.png\")
and the number of the rows in the matrix F is 6.![\"\"](\"http://www.mathskey.com/userfiles/image/steps_images/step2.JPG\")
The number of columns in the matrix E equals the number of rows in the matrix F.
\So, matrix product EF is possible.
\Its dimensions are ![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=537f4d8c6acc5a8a5f90a53c00ad223d.png\")
.
![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=ddc96f9c4d64e3577353a72bc5cf7d86.png\")
![\"\"](\"http://www.mathskey.com/userfiles/image/steps_images/solution.JPG\")
The matrix product EF is defined and matrix EF dimensions are ![\"\"](\"http://www.mathskey.com/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=537f4d8c6acc5a8a5f90a53c00ad223d.png\")
.