Linear combination theorem in plane and vector equation

Find the Cartesian equation of the plane whose vector equation is vecr.(3hati+4hatj-2hatk)=5 .

Find the Cartesian equation of the plane whose vector equation is vecr.(3hati+5hatj-9hatk)=8 .

Find the cartesian equation of the plane whose vector equation is vecr.(3hati-5hatj+7hatk)+8=0

Linear Combination Of Atomic Orbitals

Find the Cartesian equation of a plane whose vector equation is vecr.(2hati+5hatj-4hatk)=3 .

Find the Cartesian equations of the following planes whose vector equations are: vecr.(hati+hatj-hatk)=2

Find the Cartesian equations of the following planes whose vector equations are: vecr.(3hati+3hatj-4hatk)=0

Find the Cartesian equations of the following planes whose vector equations are: vecr.(2hati-7hatj+4hatk)+=0

Linear combination OF vector || Linearly dependent vectors || Linearly independent vectors || Theorem in space || Condition OF coplanar OF 4 point || Reciprocal system OF vectors

If vec p=i-2j+3k and vec q=3i+j+2k then a vector along r which is linear combination vector along r which is linear combination of vec p and vec q and also perpendicular to vec q is