The cartesian eqaution of the plane `r=(1+lambda-mu)hat(i)+(2-lambda)hat(j)+(3-2lambda+2mu)hat(k)`, is

The Cartesian equation of the plane vec r=(1+lambda-mu)hat i+(2-lambda)hat j+(3-2 lambda+2 mu)hat k is a.2x+y=5 b.2x-y=5 c.2x+z=5 d.2x-z=5

The Cartesian equation of the plane vec r=(1+lambda-mu) hat i+(2-lambda) hat j+(3-2lambda+2mu) hat k is

The Cartesian equation of the plane vec r=(1+lambda-mu) hat i+(2-lambda) hat j+(3-2lambda+2mu) hat k is a. 2x+y=5 b. 2x-y=5 c. 2x+z=5 d. 2x-z=5

The Cartesian equation of the plane vec r=(1+lambda-mu) hat i+(2-lambda) hat j+(3-2lambda+2mu) hat k is a. 2x+y=5 b. 2x-y=5 c. 2x+z=5 d. 2x-z=5

The Cartesian equation of the plane vec r=(1+lambda-mu) hat i+(2-lambda) hat j+(3-2lambda+2mu) hat k is a. 2x+y=5 b. 2x-y=5 c. 2x+z=5 d. 2x-z=5

The cartessian form of the plane bar r = (1 + lambda - mu) hat i (2 - lambda) hat j + ( 3-2 lambda + 2 mu ) hat k is........

Find the shortest distance between the lines vec r=(1-lambda)hat i+(lambda-2)hat j+(3-2 lambda)hat k and vec r=(mu+1)hat i+(2 mu+1)hat k

Find the shortest distance between the lines vec r=(1-lambda) hat i+(lambda-2) hat j+(3-2lambda) hat k and vec r=(mu+1) hat i+(2mu+1) hat kdot