![\"\"](\"/userfiles/image/steps_images/step1.JPG\")
The product of the matrix is ![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=50694a4771e8f5a44e7e41678fdad506.png\")
.
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 first matrix is ![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=08b27d621484e31ce56746e2c8ff6a85.png\")
and the number of columns in the matrix is ![\"\"](\"http://www.mathskey.com/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=d9285d5a293c4e12028128b0fb74ba46.png\")
.
The dimensions of the second matrix is ![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=067143c09762d4e60b5b0bf53fa4670d.png\")
and the number of the rows in the matrix is ![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=d9285d5a293c4e12028128b0fb74ba46.png\")
.
The number of columns in the first matrix equals the number of rows in the second matrix.
\So, matrix product is possible.
\Its dimensions are ![\"\"](\"http://www.mathskey.com/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=446c12900b4cd19f371dc7a2cf61f069.png\")
.
![\"\"](\"/test/fckeditor/editor/plugins/fckeditor_wiris/integration/showimage.php?formula=2dfea91c57020ab3aa13dd8dc055afe2.png\")
The matrix product is defined and product matrix dimensions are .
![\"\"](\"http://www.mathskey.com/userfiles/image/steps_images/solution.JPG\")
Option C is right choice.