Answer:
(a)
Let
be the position
vector of any point P(x, y, z) on the plane
On putting
we get
which
is the required Cartesian equation of the plane.
Let
be the position
vector of any points P(x, y, z) on the plane
we get
2x + 2y ? 4y =1
which
is the required equation of the plane.
Let
be the position
vector of any point P(x, y, z) on the plane
we get
= 15
(s ? 2t) x + (3
? t) y + (2s + t) z = 15
which
is the required equation of the plane.
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