Find the Cartesian form the equation of the plane ` vec r=(s-2t) hat i+(3-t) hat j+(2s+t) hat kdot`

Find the cartesian from of the equation of the plane vecr=(s-2t) hat i+(3-t) hatj+(2s+t)hat k

Find the Cartesian form of the equation of the plane vec(r)=(s-2t)hat(i)+(3-t)hat(j)(2s+t)hat(k)

Find the Cartesian form of the equation of the following plane: vec r=( hat i- hat j)+s( hat i+ hat j+2 hat k)+t( hat i+2 hat j+ hat k)dot

Find the Cartesian form of the equation of the following plane: vec r=( hat i- hat j)+s(- hat i+ hat j+2 hat k)+t( hat i+2 hat j+ hat k)dot

Find the vector equation of the plane vec r=(1+s-t) hat i+(2-s) hat j+(3-2s+2t) hat k in non-parametric form.

Find the cartesian from of the equation of the foolowing planes: (i) vecr=( hat i- hatj)+s(- hati+ hat j+2 hat k)+t( hati+2 hatj+ hatk) (ii) vecr= (1+s+t) hat i+(2-s+t) hatj+(3-2s+2t) hatk

Find the Cartesian equation of the following planes: r.[(s-2t)hat(i)+(3-t)hat(j)+(2s+t)hat(k)]=15

Find the vector equation of the plane vec r=(1+s-t)hat i+(2-s)hat j+(3-2s+2t)hat k in non-parametric form.

Find the cartesian form of the equation of the plane . bar(r)=(hat(i)+hat(j))+s(hat(i)-hat(j)+2hat(k))+t(hat(i)+2hat(j)+hat(k))