Vector equation of the plane
with the point
and normal vector
is
.
\
\
The plane that passes through the point
and contains the line
.
Here
.
The vector of the plane is
.
.
\
Substiute
.
\
Therefore
.
The second vector in the plane is vector between
and
is
.
\
Where
and
.
\

Since
and
lie in the same plane, the cross product is orthogonal to the that plane and it can be represented as normal vector
.
\


Vector equation of the plane
with the point
and normal vector
is
.
\
Here
and
.
\
Substitute above values in vector equation formula.
\\

The equation of the plane is
.