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Find the Equation of the Line of Intersection of the Planes

Question 7

Multiple Choice

Find the equation of the line of intersection of the planes 2x + 6y - z - 19 = 0,x + 3 y - 3z = 2.


A) r = (-17 - 3t) i + t j + (- 5 - t) k, t Find the equation of the line of intersection of the planes 2x + 6y - z - 19 = 0,x + 3 y - 3z = 2. A) r = (-17 - 3t) i + t j + (- 5 - t) k, t R B) = = C) 3x - y + z = 56 D) r = (17 - 3t) i + t j + (5 - t) k, t R E) The two planes do not intersect. R
B) Find the equation of the line of intersection of the planes 2x + 6y - z - 19 = 0,x + 3 y - 3z = 2. A) r = (-17 - 3t) i + t j + (- 5 - t) k, t R B) = = C) 3x - y + z = 56 D) r = (17 - 3t) i + t j + (5 - t) k, t R E) The two planes do not intersect. = Find the equation of the line of intersection of the planes 2x + 6y - z - 19 = 0,x + 3 y - 3z = 2. A) r = (-17 - 3t) i + t j + (- 5 - t) k, t R B) = = C) 3x - y + z = 56 D) r = (17 - 3t) i + t j + (5 - t) k, t R E) The two planes do not intersect. = Find the equation of the line of intersection of the planes 2x + 6y - z - 19 = 0,x + 3 y - 3z = 2. A) r = (-17 - 3t) i + t j + (- 5 - t) k, t R B) = = C) 3x - y + z = 56 D) r = (17 - 3t) i + t j + (5 - t) k, t R E) The two planes do not intersect.
C) 3x - y + z = 56
D) r = (17 - 3t) i + t j + (5 - t) k, t 11ee7b17_3372_5854_ae82_d19d2ea0c252_TB9661_11 R
E) The two planes do not intersect.

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