Q.

The equation to the plane through the line of intersection of 2x+y+3z−2=0,x−y+z+4=0 such that each plane is at a distance of 2 unit from the origin is

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a

x+y+2z+13=0,x+y+z−3=0

b

2x+y−2z+3=0,x−2y−2z−3=0

c

15x−12y+16z+50=0, x+2y+2z−6=0

d

x-y+2z-13=0, x+y-z-3=0

answer is C.

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Detailed Solution

Equation of the plane is (2x+y+3z−2)+k(x−y+z+4)=0p=|−2+4k|(2+k)2+(1−k)2+(3+k)2=2⇒k=13,−1∴ Planes are (2x+y+3z−2)+13(x−y+z+4)=0,(2x+y+3z−2)−1(x−y+z+4)=0⇒15x−12y+16z+50=0,x+2y+2z−6=0
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The equation to the plane through the line of intersection of 2x+y+3z−2=0,x−y+z+4=0 such that each plane is at a distance of 2 unit from the origin is