Pregunta
For
,
(a) Identify the center.
(b) Identify the vertices.
© Identify the foci.
(d) Write equations for the asymptotes.
(e) Graph the hyperbola.
Give exact answers. Express numbers in simplest form using integers, fractions, or radicals.
Part 1 of 5
(a) The center is
.
Part 2 of 5
(b) The vertices are
and
.
Part 3 of 5
© The foci are
and
.
Part:
Part 4 of 5
(d) The asymptotes are
and
.
(a) Identify the center.
(b) Identify the vertices.
© Identify the foci.
(d) Write equations for the asymptotes.
(e) Graph the hyperbola.
(a) The center is
(b) The vertices are
© The foci are
(d) The asymptotes are
Ask by Brewer Bowers. in the United States
Mar 25,2025
Solución de inteligencia artificial de Upstudy
Respuesta verificada por el tutor
Responder
The asymptotes are
and
.
Solución
Respondido por UpStudy AI y revisado por un tutor profesional
Como
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Extra Insights
The asymptotes for the hyperbola described by the equation
can be derived using the formula for the slopes of the asymptotes, given by
where
is the center,
is the distance from the center to the vertices, and
relates to the distance from the center to the foci. Since we already have the center at
, and
and
, the equations for the asymptotes become
and
.
So, the equations of the asymptotes are:
and
.
Have you ever wondered how hyperbolas show up in real life? They pop up in everything from satellite dishes to the paths of spacecraft navigating through gravity wells. The shape reflects how the objects interact with gravitational forces, demonstrating that math isn’t just abstract—it’s alive in our everyday technology!
If you’re keen on exploring hyperbolas further, check out some interactive graphing tools online. Websites like Desmos allow you to manipulate the parameters of hyperbolas and visually see how changes affect their shapes. It’s a delightful way to deepen your understanding—who knew math could be so much fun?

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