A (3, 2, 0), B (5, 3, 2) and C (−9, 6, −3) are the vertices of a triangle ABC. If the bisector of ∠ABC meets BC at D, then coordinates of D are
(a) (19/8, 57/16, 17/16)
(b) (−19/8, 57/16, 17/16)
(c) (19/8, −57/16, 17/16)
(d) none of these

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Solution

$Since the bisector of ∠ ABC cannot meet BC, the solution of this question is not possible .$

Disclaimer:This question is wrong, so the solution has not been provide.

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A (3, 2, 0), B (5, 3, 2) and C (−9, 6, −3) are the vertices of a triangle ABC. If the bisector of ∠ABC meets BC at D, then coordinates of D are (a) (19/8, 57/16, 17/16) (b) (−19/8, 57/16, 17/16) (c) (19/8, −57/16, 17/16) (d) none of these

Since the bisector of ∠ABC cannot meet BC, the solution of this question is not possible. Disclaimer:This question is wrong, so the solution has not been provide.

A (3, 2, 0), B (5, 3, 2) and C (−9, 6, −3) are the vertices of a triangle ABC. If the bisector of ∠ABC meets BC at D, then coordinates of D are
(a) (19/8, 57/16, 17/16)
(b) (−19/8, 57/16, 17/16)
(c) (19/8, −57/16, 17/16)
(d) none of these

$Since the bisector of ∠ ABC cannot meet BC, the solution of this question is not possible .$

Disclaimer:This question is wrong, so the solution has not been provide.