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Find the Vector and Cartesian Equation of the Planes That Passes Through the Point (1, 0, −2) and the Normal to the Plane is `Hati + Hatj - Hatk`

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Question

Find the vector and Cartesian equation of the planes that passes through the point (1, 0, −2) and the normal to the plane is `hati + hatj - hatk`

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Solution

The position vector of point (1, 0, −2) is `veca = hati - 2hatk`

The normal vector `vecN` perpendicular to the plane is `vecN = hati + hatj - hatk`

The vector equation of the plane is given by, `(vecr-veca).vecN = 0`

`=>[vecrr - (hati -2hatk)].(hati + hatj - hatk) = 0`

`vecr `is the position vector of any point P (xyz) in the plane.

`:. vecr = xhati + yhatj + zhatk`

Therefore, equation (1) becomes

This is the Cartesian equation of the required plane.

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Chapter 11: Three Dimensional Geometry - Exercise 11.3 [Page 493]

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NCERT Mathematics Part 1 and 2 [English] Class 12
Chapter 11 Three Dimensional Geometry
Exercise 11.3 | Q 5.1 | Page 493
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