Find the intersection of the plane 2x + 5y + 8z = x = y = 2= - 113 and the line (t): = (2, 1, 8)t + (1, 7, 3). Applications of Planes in Space Find the parametric equation for the line where the planes -7x + 7z = 0 and 5y + 8z = - 10 intersect. r(t) = + t Applications of Planes in Space - 4. Find the acute angle (in degrees) between the planes - 4x + 4y - 3z = 2 and 2y z = 0 = Question Help: Video Submit Question Applications of Planes in Space Find the distance (d) from the point ( 2, 4, 9) to the plane 4x + y = = d = Question Help: Video Submit Question - 23. Applications of Planes in Space Find the distance (d) between the planes - 3x - 5y 2z = 2 and 3x - 5y 2z = 18. d = Question Help: Video Submit Question Applications of Planes in Space = Find a plane containing the line (t) < 4, 6, 2> + t < 8, 7,1 > and orthogonal to the plane 3x + 6y 4z = 3. Question Help: Video Submit Question Applications of Planes in Space Find a plane containing the point ( 3, 1, 3) and the line of intersection of the planes 2x + 2y + z = 4 and 3x - y + z = - 24. The equation of the plane is: Question Help: Video Submit Question