Question: 5. For each pair of planes, determine whether they are coincident, parallel and distinct, or intersect in a line. If the planes intersect in

5. For each pair of planes, determine whether they are coincident, parallel  

5. For each pair of planes, determine whether they are coincident, parallel and distinct, or intersect in a line. If the planes intersect in the line, determine a vector equation for the line of intersection. (a) (b) (c) T: 4x - 7y + 3z + 2 = 0 T: 2x+6y-3z + 2 = 0 [1: x+2y+3z-4 = 0 + 4 = 0 :-x-2y3z T: 3x + y2z + 6 = 0 1:2x+2y3z + 3 = 0 Justification for whether each pair of planes are coincident, parallel and distinct, or intersect in a line (3x 2 marks) I In any examples where the intersection is a line: Algebraic steps are clear for a reader regarding how a possible vector equation for the line of intersection was determined 16 14

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50 T 4x7Y3Z20 T 2x 6y 3720 Here 2222 7 233532 3 So the planes intersect in a ... View full answer

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