If `d_(1)andd_(2)` are the distances of points (2 ,3 ,4 ) and (1 , 1 ,4 ) respectively from the plane `3x-6y+2z+11=0,"then" d_(1)andd_(2)` are the roots ofA. `16d^(2)+23d+7=0`B. `16d^(2)-23d+7=0`C. `7d^(2)+23d+16=0`D. `7d^(2)-23d+16=0`

If `d_(1)andd_(2)` are the distances of points (2 ,3 ,4 ) and (1 , 1 ,

1.	If `d_(1)andd_(2)` are the distances of points (2 ,3 ,4 ) and (1 , 1 ,4 ) respectively from the plane `3x-6y+2z+11=0,"then" d_(1)andd_(2)` are the roots ofA. `16d^(2)+23d+7=0`B. `16d^(2)-23d+7=0`C. `7d^(2)+23d+16=0`D. `7d^(2)-23d+16=0`
Answer» Correct Answer - D

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If `d_(1)andd_(2)` are the distances of points (2 ,3 ,4 ) and (1 , 1 ,4 ) respectively from the plane `3x-6y+2z+11=0,"then" d_(1)andd_(2)` are the roots ofA. `16d^(2)+23d+7=0`B. `16d^(2)-23d+7=0`C. `7d^(2)+23d+16=0`D. `7d^(2)-23d+16=0`

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