Parametric Equations of a Hyperbola Eliminate the parameter 0 in the following parametric equations.

waigaK
2021-01-19
Answered

Parametric Equations of a Hyperbola Eliminate the parameter 0 in the following parametric equations.

You can still ask an expert for help

Nathalie Redfern

Answered 2021-01-20
Author has **99** answers

Step 1 we have to eliminate the parameter θ in the following parametric equations:

as

asked 2021-06-11

Find the area of the parallelogram with vertices A(-3, 0), B(-1, 5), C(7, 4), and D(5, -1).

asked 2022-07-04

What is the polar form of $(-1,18)$ ?

asked 2020-10-27

Rational exponents evaluate each expression.

(a)

(b)

(c)

asked 2021-09-25

Evaluate the following integrals. Assume a and b are real numbers and n is a positive integer.

$\int \frac{x}{\sqrt{ax+b}}dx$

asked 2022-02-12

Linear transformation with special properties

Linear transformation$f:{R}^{10}\to {R}^{7}$ has an attribute that every vector v for which is true that $f\left(v\right)=0$ is in linear span ${(1,2,\dots ,10)}^{T},{(1,1\dots ,1)}^{T}>$ . Create such transformation or prove that it doesn't exists.

Linear transformation

asked 2022-04-21

How to compute the integral of $\int \mathrm{sin}(1-{x}^{2})dx$

I tried substitution,$u=1-{x}^{2},\text{}du=-2xdx,\text{}dx=-\frac{du}{2x}$ , yielding:

$\int \mathrm{sin}u(-\frac{du}{2})$

$=-\frac{1}{2}\int \mathrm{sin}\left(u\right)du$

$=-\frac{1}{2}\mathrm{cos}u$

$=-\frac{1}{2}\mathrm{cos}(1-{x}^{2})$

WolframAlpha is showing something completely different, however. What's wrong with my solution?

I tried substitution,

WolframAlpha is showing something completely different, however. What's wrong with my solution?

asked 2022-01-27

How do I integrate $\mathrm{sin}\theta +\mathrm{sin}\theta {\mathrm{tan}}^{2}\theta$ ?