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Find the Equation of a Plane That Contains the Lines=

Question 2

Multiple Choice

Find the equation of a plane that contains the lines= Find the equation of a plane that contains the lines= = and - == z - 2. A) 53x + 51y - 37z = 67 B) 53x - 47y + 5z = -731 C) 53x - 47y +57 = 11 D) 53x + 51y - 37z = -67 E) 53x - 47y - 5z = 11 Find the equation of a plane that contains the lines= = and - == z - 2. A) 53x + 51y - 37z = 67 B) 53x - 47y + 5z = -731 C) 53x - 47y +57 = 11 D) 53x + 51y - 37z = -67 E) 53x - 47y - 5z = 11 = Find the equation of a plane that contains the lines= = and - == z - 2. A) 53x + 51y - 37z = 67 B) 53x - 47y + 5z = -731 C) 53x - 47y +57 = 11 D) 53x + 51y - 37z = -67 E) 53x - 47y - 5z = 11 and Find the equation of a plane that contains the lines= = and - == z - 2. A) 53x + 51y - 37z = 67 B) 53x - 47y + 5z = -731 C) 53x - 47y +57 = 11 D) 53x + 51y - 37z = -67 E) 53x - 47y - 5z = 11 - Find the equation of a plane that contains the lines= = and - == z - 2. A) 53x + 51y - 37z = 67 B) 53x - 47y + 5z = -731 C) 53x - 47y +57 = 11 D) 53x + 51y - 37z = -67 E) 53x - 47y - 5z = 11 == z - 2.


A) 53x + 51y - 37z = 67
B) 53x - 47y + 5z = -731
C) 53x - 47y +57 = 11
D) 53x + 51y - 37z = -67
E) 53x - 47y - 5z = 11

Correct Answer:

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