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If the system of linear equations {x}+{k}{y}+{3}{z}={0},{3}{x}

Question

If the system of linear equations $x + k y + 3 z = 0, 3 x + k y - 2 z = 0, 2 x + 4 y - 3 z = 0$ has a non-zero solution $(x, y, z)$ then $\frac{x z}{y ^{2}}$ is equal to

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If the system of linear equations

x + k y + 3 z = 0, 3 x + k y - 2 z = 0, 2 x + 4 y - 3 z = 0

has a non-zero solution

(x, y, z)

then

\frac{x z}{y ^{2}}

is equal to

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Question Text

If the system of linear equations

x + k y + 3 z = 0, 3 x + k y - 2 z = 0, 2 x + 4 y - 3 z = 0

has a non-zero solution

(x, y, z)

then

\frac{x z}{y ^{2}}

is equal to

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