You are not logged in.
Pages: 1
The graph of the equation
Let [math]\mathcal{G}[/math] be the graph of the parametric equations
[math]\begin{align*}
x &= \cos(4t),\\
y &= \sin(6t).
\end{align*}[/math]
What is the length of the smallest interval [math]I[/math] such that the graph of these equations for all [math]t\in I[/math] produces the entire graph [math]\mathcal{G}[/math]?
Last edited by Hate Number Theory (2016-02-02 15:21:22)
Offline
That's a potentially annoying bug. I tried to type it out for you
The graph of the equation
is an ellipse with center , horizontal axis length , and vertical axis length . Find parametric equations whose graph is an ellipse with center , horizontal axis length , and vertical axis length , and explain why your answer is correct.Last edited by Relentless (2016-02-02 22:15:35)
Offline
Also it seems the LaTeX package in the forum software doesn't understand the \begin{align*} command. Instead of
\begin{align*}
x &= \cos(4t),\\
y &= \sin(6t).
\end{align*}
try \begin{array}:
\begin{array}{rcl}
x &=& \cos(4t),\\
y &=& \sin(6t).
\end{array}
[list=*]
[*]
240 books currently added on Goodreads
Offline
Last edited by thickhead (2016-04-19 21:00:01)
{1}Vasudhaiva Kutumakam.{The whole Universe is a family.}
(2)Yatra naaryasthu poojyanthe Ramanthe tatra Devataha
{Gods rejoice at those places where ladies are respected.}
Offline
Pages: 1