The Cartesian equation of the plane `vecr=(1+lamda-mu)hati+(2-lamda+mu)hatj+(3-2lamda+2mu)hatk` is

The Cartesian equation of the plane vecr=(1+lamda-mu)hati+(2-lamda)hatj+(3-2lamda+2mu)hatk is a. 2x+y=5 b. 2x-y=5 c. 2x+z=5 d. 2x-z=5

The Cartesian equation of the plane vecr=(1+lambda-mu)hati+(2-lambda)hatj+(3-2lambda+2mu)hatk is

The Cartesian equation of the plane vecr=(1+lambda-mu)hati+(2-lambda)hatj+(3-2lambda+2mu)hatk is

Find the Cartesian equation of the following plane: vecr=(lamda-2mu)hati+(3-mu)hatj+(2lamda+mu)hatk .

Find the Cartesian equation of the following plane: vecr=(lamda-2mu)hati+(3-mu)hatj+(2lamda+mu)hatk .

Find the cartesian form of the equation of the plane. vecr=(lambda-mu)hati+(1-mu)hatj+(2lambda+3mu)hatk

Find the cartesian form of the equation of the plane. vecr=(lambda-mu)hati+(1-mu)hatj+(2lambda+3mu)hatk

Find the shortest distance between the two lines whose vector equations are given by: vecr=(1-lamda)hati+(-2lamda -2)hatj+(3-2lamda)hatk and vecr=(1+mu)hati+(2mu-1)hatj-(1+2mu)hatk

Find the shortest distance between the two lines whose vector equations are given by: vecr=(1+lamda)hati+(2-lamda)hatj+(-1+lamda)hatk and vecr=2(1+mu)hati-(1-mu)hatj+(-1+2mu)hatk