Question to test your Hyperbolas NOT at the Origin knowledge

Question

The equation of the hyperbola is given below. Draw the graph using its center, vertices, and asymptotes. Find the equations for the asymptotes and the coordinates of the foci.

(x-2)225-(y-4)249=1","truncated":false}" title="fraction numerator left parenthesis x minus 2 right parenthesis squared over denominator 25 end fraction minus fraction numerator left parenthesis y minus 4 right parenthesis squared over denominator 49 end fraction equals 1" src="https://lh5.googleusercontent.com/PoNSsBpKzf2b8yOHK4fLZdGg6a9F2uCBnEizYM-SDcTBFIhbef0hr9l_A4fYVCgXlk6aVm9O355rhNkRqDF2ZxDWaM6k8Ow95yHmS--btTSNG6qF78AfKEJ1AlttdpuulWK-mb7HgywEZlriWS24pz2mLxDbaIA5MfIzW3y27v0ue1h2XOKQH2l3r6SHew" width="176" height="39" class="fr-fic fr-dii">

Accepted Answer

Graph of a hyperbola with foci and asymptotes labeled.

Answer

Graph of a hyperbola with foci and asymptotes labeled.

Answer

Graph of a hyperbola with foci and asymptotes labeled, highlighting a point.

Answer

Graph of a hyperbola with foci and asymptotes labeled, highlighting a point.

Hyperbolas NOT at the Origin: Study with Video Lessons, Practice Problems & Examples

The equation of the hyperbola is given below. Draw the graph using its center, vertices, and asymptotes. Find the equations for the asymptotes and the coordinates of the foci.