Recent content by Aneeshrege

okay thanks guys for all your help. i understand this a lot better now

so i just needed to restrict that plane to a set of values that lie in both planes. so I am just wondering what exactly did i do by setting the two planes equal to each other? i notice i get the same result if i subtract equation 1 from equation 2, so did i just subtract the two planes by...

compared to the vector calculus class taken by you. maybe I am just in the dark because i have a teacher that teaches lightning fast

no. its \frac{1000}{\sqrt{3}+1}

Ah i do notice that, but x+2y+3z=4x+5y+6z-5 if i plug them into that those points solve the equation, which is the x,y,z such that those two planes are equal, or is that me failing at winging a problem?

(root 3 +1)F_2/2=500 1000/(root 3+1)=f_2

My course is supposed to go from basic vector algebra to extrema, curl and divergence, (stopping before multiple integration) I don't need any help on this assignment I am just wondering how hard it looks compared to everything else. http://tinypic.com/r/2ly29u8/6

Homework Statement Find the parametric equation for a line of intersection of these two planes x+2y+3z=0 4x+5y+6z=5 Homework Equations Normal to plane 1= <1,2,3> Normal to plane 2= <4,5,6> The Attempt at a Solution I know the way to do this problem is to take cross product of...