Level:
Project ID:
2010008701
Source Problem:
Accepted:
0
Clonable:
1
Easy:
0
We are given the points \(K = [ 1; −2; 1]\), \(L = [2; 0; −3]\) and the plane \(\rho\) by \(x-2z+3=0\). Find the general form of the equation of the plane \(\sigma\) in which the line \(KL\) is located and is perpendicular to the plane \(\rho\) (see the picture).
\( \sigma\colon 2x+y+z-1=0 \)
\( \sigma\colon 2x+3y+2z+2=0 \)
\( \sigma\colon 2y+z+3=0 \)
\( \sigma\colon 2x+y-4=0 \)