Home
Class 11
MATHS
The equation of the altitudes AD, BE, CF...

The equation of the altitudes AD, BE, CF of a triangle ABC are `x + y = 0, x-4y = 0 and 2x-y = 0`, respectively. lf. A = (t,-t) where t varies, then the locus of centroid of triangle ABC is (A) `y = -5x` (B) `y=x` (C) `x = -5y` (D) `x = y`

Promotional Banner

Similar Questions

Explore conceptually related problems

The equations of the sides AB, BC and CA of a triangle ABC are x-2=0, y+1=0 and x + 2y - 4=0 respectively. What is the equation of the altitude through B on AC?

The equation of the medians of a triangle formed by the lines x+y-6=0, x-3y-2=0 and 5x-3y+2=0 is

The three sides AB, BC, CA of a triangle are 5x - 3y +2 = 0,x-3y-2=0 and x+y-6=0 respectively. Find equation of the altitude through the vertex A.

The equation of perpendicular bisectors of side AB,BC of triangle ABC are x-y=5 , x+2y=0 respectively and A(1,-2) then coordinate of C

The equations of perpendicular bisectors of two sides AB and AC of a triangle ABC are x+y+1=0 and x-y+1=0 respectively. If circumradius of Delta ABC is 2 units, then the locus of vertex A is

the equation of perpendicular bisectors of side AB,BC of triangle ABC are x-y=5,x+2y=0 respectively and A(1,-2) then coordinate of C

Altitudes of AD,BE,CF of Delta ABC are x+y=0,x-4y=0,2x-y=0 the coordinate of A are (t,-t) the locus oft he centroid of Delta ABC is

Three sides AB,AC and CA of triangle ABC are 5x-3y+2=0,x-3y-2=0 and x+y-6=0 respectively.Find the equation of the altitude through the vertex A.

In Delta ABC equation of the right bisectors of the sides Ab and AC are x+y = 0 and x - y = 0 respectively .If A = (5,7) then equation of side BC is