[x-2,2x-3,3x-4,],[x-4,2x-9,3x-16,=0],[x-8,2x-27,3x-64,]

Solve : [[x-2,2x-3,3x-4],[x-4,2x-9,3x-16],[x-8,2x-27,3x-64]] =0

If |[x-2,2x-3,3x-4],[x-4,2x-9,3 x-16],[x-8,2x-27,3 x-64]|=0 then x=

Solve : |[x-2,2x-3,3x], [-4x-4,2x-9,3x-16], [x-8,2x-27,3x-64]| = 0

Using properties of determinants, solve the following for x: |[x-2, 2x-3, 3x-4],[x-4 ,2x-9, 3x-16], [x-8, 2x-27, 3x-64]|=0

Using properties of determinants, solve the following for x: |[x-2, 2x-3, 3x-4],[x-4, 2x-9, 3x-16],[ x-8, 2x-27, 3x-64]|=0

Using properties of determinants, solve the following for x: |[x-2, 2x-3, 3x-4],[x-4, 2x-9, 3x-16],[ x-8, 2x-27, 3x-64]|=0

Solve :det[[x-2,2x-3,3x-4x-4,2x-9,3x-16x-8,2x-27,3x-64]]=0

Solve for xdet[[x-2,2x-3,3xx-4x-4,2x-9,3x-16x-8,2x-27,3x-64]]=0

If |(x-2,2x-3,3x-4),(x-4,2x-9,3x-16),(x-8,2x-27,3x-64)|=0 , then the value of x is -

Solve the equation |(x-2,2x-3,3x-4),(x-4,2x-9,3x-16),(x-8,2x-27,3x-64)|=0