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<A NAME=mult_columns> <TITLE>mult_columns</TITLE></A> <b><a href=r37_idx.html>INDEX</a></b><p><p> <B>MULT_COLUMNS</B> _ _ _ _ _ _ _ _ _ _ _ _ <B>operator</B><P> <P> Mult columns, mult rows: <P> <P> <P> <H3> syntax: </H3> <em>mult_columns</em>(<matrix>,<column\_list>,<expr>) <P> <P> <P> <matrix> :- a <A HREF=r37_0345.html>matrix</A>. <P> <P> <column\_list> :- a positive integer or a list of positive integers. <P> <P> <expr> :- an algebraic expression. <P> <P> <em>mult_columns</em>returns a copy of <matrix> in which the columns specified in <column\_list> have been multiplied by <expr>. <P> <P> <em>mult_rows</em>performs the same task on the rows of <matrix>. <P> <P> <P> <H3> examples: </H3> <P><PRE><TT> mult_columns(A,{1,3},x); [ x 2 3*x] [ ] [4*x 5 6*x] [ ] [7*x 8 9*x] mult_rows(A,2,10); [1 2 3 ] [ ] [40 50 60] [ ] [7 8 9 ] </TT></PRE><P>Related functions: <A HREF=r37_0574.html>add_to_columns</A>, <A HREF=r37_0575.html>add_to_rows</A>. <P> <P>