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Cou Q mat IM Pro| |IMM Hyp |X x12 Ider DX Mat vx Solv X Mar X Alg d x a hon a hov a
Cou Q mat IM Pro| |IMM Hyp |X x12 Ider DX Mat vx Solv X Mar X Alg d x a hon a hov a Wri Q cor a ima a how a k - + X F C https://student.desmos.com/activitybuilder/instance/642d954f050d2960c4a35c7f/student/6449ea410860717f4c9a123f#screenld=. Am . . . Conic Sections Art - Spring 2023 8 of 12 Ria Jb Horizontal Hyperbola: (x - h) 2 ( y - 1) 2 = 1 is a2 62 the equation of a horizontal hyperbola where (h,k) is + 5 the center of the hyperbola. Its vertices are to the left and right of the center and are located at (h ta, k) Vertical Hyperbola: ( v - 1) 2 - (x - h) 2 = 1 is the 62 -10 -5 5 10 equation of a vertical hyperbola where (h,k ) is the center of the hyperbola. Its vertices are above and below the center and are located at (h, ka) -5 Pictured here is a horizontal hyperbola and its slanted asymptotes are pictured as well in blue dashed lines. The vertices of a hyperbola are the two points closest to each other. For a horizontal hyperbola that is centered at the origin (0,0) the vertices are (a,0) and (- a,0) What is 'a' for this hyperbola? Type here to search 79.F Sunny ~ ( () ENG 2:56 PM 4/30/2023Cou Q mat IM Pro| IM Hyp|X x12 Ider |X Mat |vx Sol X Mar X Alg d x a how a hov a Wri Q cor a ima a how a k - + X F C https://student.desmos.com/activitybuilder/instance/642d954f050d2960c4a35c7f/student/6449ea410860717f4c9a123f#screenld=.. A> . . . Conic Sections Art - Spring 2023 Ria Jb The vertices of a hyperbola are the two points closest to each other. For a horizontal hyperbola that is centered at the origin (0,0) the vertices are (a,0) and (- a,0) + What is 'a' for this hyperbola? (2,0), (-2,0) The slope for the asymptotes for a horizontal hyperbola are equal to bla and -b/a. Use the graph to calculate the slope (as a fraction) for the asymptote with a positive slope. (Use rise/run). Use the slope of the asymptote to find the 'b' value. What is the equation for this hyperbola? Type here to search 3:00 PM 79.F Sunny A (. () ENG 4/30/2023
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