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For the Hyperbola - = 8x - 2y

Question 54

Multiple Choice

For the hyperbola For the hyperbola - = 8x - 2y - 13, find the centre, the vertices, the foci, and the asymptotes. A) Centre (4, 1) , Vertices (4 ± , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 B) Centre (-4, -1) , Vertices (-4 ± , -1) , Foci (-4 ± 2, -1) , Asymptotes x - y = -3 and x + y = -5 C) Centre (4, 1) , Vertices (4 ±2 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 D) Centre (-4, 1) , Vertices (-4 ±2 , 1) , Foci (-4 ± 2, 1) , Asymptotes x - y = -3 and x + y = 5 E) Centre (4, -1) , Vertices (4 ± , -1) , Foci (4 ± 2, -1) , Asymptotes x + y = 3 and x - y = 5 - For the hyperbola - = 8x - 2y - 13, find the centre, the vertices, the foci, and the asymptotes. A) Centre (4, 1) , Vertices (4 ± , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 B) Centre (-4, -1) , Vertices (-4 ± , -1) , Foci (-4 ± 2, -1) , Asymptotes x - y = -3 and x + y = -5 C) Centre (4, 1) , Vertices (4 ±2 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 D) Centre (-4, 1) , Vertices (-4 ±2 , 1) , Foci (-4 ± 2, 1) , Asymptotes x - y = -3 and x + y = 5 E) Centre (4, -1) , Vertices (4 ± , -1) , Foci (4 ± 2, -1) , Asymptotes x + y = 3 and x - y = 5 = 8x - 2y - 13, find the centre, the vertices, the foci, and the asymptotes.


A) Centre (4, 1) , Vertices (4 ± For the hyperbola - = 8x - 2y - 13, find the centre, the vertices, the foci, and the asymptotes. A) Centre (4, 1) , Vertices (4 ± , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 B) Centre (-4, -1) , Vertices (-4 ± , -1) , Foci (-4 ± 2, -1) , Asymptotes x - y = -3 and x + y = -5 C) Centre (4, 1) , Vertices (4 ±2 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 D) Centre (-4, 1) , Vertices (-4 ±2 , 1) , Foci (-4 ± 2, 1) , Asymptotes x - y = -3 and x + y = 5 E) Centre (4, -1) , Vertices (4 ± , -1) , Foci (4 ± 2, -1) , Asymptotes x + y = 3 and x - y = 5 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5
B) Centre (-4, -1) , Vertices (-4 ± For the hyperbola - = 8x - 2y - 13, find the centre, the vertices, the foci, and the asymptotes. A) Centre (4, 1) , Vertices (4 ± , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 B) Centre (-4, -1) , Vertices (-4 ± , -1) , Foci (-4 ± 2, -1) , Asymptotes x - y = -3 and x + y = -5 C) Centre (4, 1) , Vertices (4 ±2 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 D) Centre (-4, 1) , Vertices (-4 ±2 , 1) , Foci (-4 ± 2, 1) , Asymptotes x - y = -3 and x + y = 5 E) Centre (4, -1) , Vertices (4 ± , -1) , Foci (4 ± 2, -1) , Asymptotes x + y = 3 and x - y = 5 , -1) , Foci (-4 ± 2, -1) , Asymptotes x - y = -3 and x + y = -5
C) Centre (4, 1) , Vertices (4 ±2 For the hyperbola - = 8x - 2y - 13, find the centre, the vertices, the foci, and the asymptotes. A) Centre (4, 1) , Vertices (4 ± , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 B) Centre (-4, -1) , Vertices (-4 ± , -1) , Foci (-4 ± 2, -1) , Asymptotes x - y = -3 and x + y = -5 C) Centre (4, 1) , Vertices (4 ±2 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 D) Centre (-4, 1) , Vertices (-4 ±2 , 1) , Foci (-4 ± 2, 1) , Asymptotes x - y = -3 and x + y = 5 E) Centre (4, -1) , Vertices (4 ± , -1) , Foci (4 ± 2, -1) , Asymptotes x + y = 3 and x - y = 5 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5
D) Centre (-4, 1) , Vertices (-4 ±2 For the hyperbola - = 8x - 2y - 13, find the centre, the vertices, the foci, and the asymptotes. A) Centre (4, 1) , Vertices (4 ± , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 B) Centre (-4, -1) , Vertices (-4 ± , -1) , Foci (-4 ± 2, -1) , Asymptotes x - y = -3 and x + y = -5 C) Centre (4, 1) , Vertices (4 ±2 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 D) Centre (-4, 1) , Vertices (-4 ±2 , 1) , Foci (-4 ± 2, 1) , Asymptotes x - y = -3 and x + y = 5 E) Centre (4, -1) , Vertices (4 ± , -1) , Foci (4 ± 2, -1) , Asymptotes x + y = 3 and x - y = 5 , 1) , Foci (-4 ± 2, 1) , Asymptotes x - y = -3 and x + y = 5
E) Centre (4, -1) , Vertices (4 ± For the hyperbola - = 8x - 2y - 13, find the centre, the vertices, the foci, and the asymptotes. A) Centre (4, 1) , Vertices (4 ± , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 B) Centre (-4, -1) , Vertices (-4 ± , -1) , Foci (-4 ± 2, -1) , Asymptotes x - y = -3 and x + y = -5 C) Centre (4, 1) , Vertices (4 ±2 , 1) , Foci (4 ± 2, 1) , Asymptotes x - y = 3 and x + y = 5 D) Centre (-4, 1) , Vertices (-4 ±2 , 1) , Foci (-4 ± 2, 1) , Asymptotes x - y = -3 and x + y = 5 E) Centre (4, -1) , Vertices (4 ± , -1) , Foci (4 ± 2, -1) , Asymptotes x + y = 3 and x - y = 5 , -1) , Foci (4 ± 2, -1) , Asymptotes x + y = 3 and x - y = 5

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