The number of values of …, for which the system of equations : … has no solution, is

Option B. From the given system, we have

Matrices and Determinants

JEE Main 2013 · Session, Shift 1 · Q4554

MathematicsMedium244×since 2002Q4554

The number of values of

k

, for which the system of equations :

$\matrix{ {\left( {k + 1} \right)x + 8y = 4k} \cr {kx + \left( {k + 3} \right)y = 3k - 1} \cr }

$ has no solution, is

JEE Main 2013 · Session, Shift 1 · Q4554

MathematicsMedium244×since 2002Q4554

The number of values of

k

, for which the system of equations :

$\matrix{ {\left( {k + 1} \right)x + 8y = 4k} \cr {kx + \left( {k + 3} \right)y = 3k - 1} \cr }

$ has no solution, is