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Problem 14. (8 points) Find the distance between the parallel planes -2x – 2y+z=1 and -2x...
Find the distance between the parallel planes -2x - 2y+z=1 and -2.-2y+z=4 Decimal answers will not be accepted.
Find the distance between the two parallel planes. Planei: 2x + 3y + 92 = 9 Planez: 4x + 6y + 182 = 306 Distance: Submit Question
Find the the line of intersection of the two planes 3x - 2y + z=1 2x+4-32=3
Please step by step determine if the two planes are parallel. If parallel, find the distance between these planes x+y+z=1 x+y+z= -1
please try n see if I'm correct What is the distance between planes 2x+y+z=1 and 2x+y+z=-1? O를 00 | VE
Problem 1. (33 Points) (a) Consider the following: Are these two planes parallel? If not, find the parametric equation of their line of intersection (b) Describe the set of all points P = (x, y, z) such that the distance from P to the y-axis is twice the distance from P to the zz-plane. (c) Describe the set of all points P (r, y, 2) such that the distance from P to the plane x + 5y-4z = 1 equals...
only #5 needed 4. Find the distance between the planes 2x – 3y +z+7 = 0 and 2x - 3y + 2-4 = 0. 5. Find the length of the curve f(t) = 24-7 +3+B+R, 15+3. Determine if the ring der TF lut finite cum RA
Find a vector parallel to the line of intersection of the two planes 2x - y + z = 1, 3x + y + z = 2.
Question 12 Find parametric equations for the line of intersection of the planes - 2y+z= 1 and 2x + y - 3x = -3. Does the line L intersect the plane 2x - y - 3x = 1? If so, at what point? Note: This is the review exercise at the end of Lecture 2.
Find the equations of the planes that bisect the angles between the two planes P1: x+y+z=1 P2: 2x-3y+z+1=0 7) Find the equations of the planes that bi sect the angles between the two planes Ix+y+z=1 92: 2 x - 3y + Z +-0