The Plane

1. General equation of a Plane in the cartesian form :-

General equation of a Plane in the cartesian form

2. Equation of a Plane passing through a given Point :

Equation of a Plane passing through a given Point

3. Equation of a Plane in the intercept Form :

Equation of a Plane in the intercept Form

4. Equation of a Plane in the Normal form :

Vector Form : –

Equation of a Plane in the Normal form Vector Form

Cartesian Form :

Equation of a Plane in the Normal form Vector Form

5. Equation of a Plane parallel to a given Plane.

Vector Form :

Equation of a Plane parallel to a given Plane Vector Form

Cartesian Form :

Equation of a Plane parallel to a given Plane Cartesian Form

6. Equation of a Plane through the Intersection of two Plane :

Vector Form :

Equation of a Plane through the Intersection of two Plane Vector Form

Cartesian Form :

Equation of a Plane through the Intersection of two Plane Cartesian Form

7. Equation of a Plane passing through a given Point and perpendicular to a given vector.

Vector Form :

Equation of a Plane passing through a given Point and perpendicular to a given vector

Cartesian Form :

Equation of a Plane passing through a given Point and perpendicular to a given vector

8. Equation of a plane passing through a given point and parallel to two given lines.

Vector Form :

Equation of a plane passing through a given point and parallel to two given lines

Parametric Form :

Equation of a plane passing through a given point and parallel to two given lines

Cartesian Form :

Equation of a plane passing through a given point and parallel to two given lines

9. Equation of Plane passing through three given points.

Vector Form :

Equation of Plane passing through three given points

Cartesian Form :

Equation of Plane passing through three given points

10. Angle between two Planes :

Vector Form :

Angle between two Planes

Note : –

(i). If given two planes perpendicular to each other.

Angle between two Planes

(ii). If given two planes parallel to each other.

(i). If given two planes perpendicular to each other.

Cartesian Form :

(i). If given two planes perpendicular to each other.

Note : –

(i). If given two planes perpendicular to each other.

(i). If given two planes perpendicular to each other.

(ii). If given two planes parallel to each other.

If given two planes parallel to each other

Important Point :

If given two planes parallel to each other.

11. Angle between a line and Plane.

Vector Form :

Angle between a line and Plane

Note Points : If given line and Plane perpendicular and parallel to each other.

Angle between a line and Plane

Cartesian Form :

Angle between a line and Plane

Note Points : If given line and Plane perpendicular and parallel to each other.

Note Points : If given line and Plane perpendicular and parallel to each other

12. Length of Perpendicular form a point to a Plane :

Vector Form :

Length of Perpendicular form a point to a Plane

Cartesian Form :

Length of Perpendicular form a point to a Plane

13. Condition for the Coplanarity of two lines.

Vector Form :

Condition for the Coplanarity of two lines

Note :-

Condition for the Coplanarity of two lines

Cartesian Form :

Condition for the Coplanarity of two lines

Note : –

Condition for the Coplanarity of two lines

The Plane

 

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