Infinitesimal

Member for

9 years

My Questions

Exponential Function: $4^x + 6^x = 9^x$

My Answers

$$L\left{e^{5t+1} t sin t

If I am not mistaken sir, "to

$$\begin{eqnarray}

Since the vertex and focus

$$(x+2y-1)dx-(x+2y-5)dy=0$$

$$ \begin{eqnarray}

$\(\frac{1}{x} + \frac{1}{x+2

By binomial distribution, the

yes. Not only for semicircles

$x^2=xy^3+Cy^3$

$e^{2x}=x^2y^2+Cy^2$

D^2 +4 will actually be $C_4

How can it have a particular

We can solve that the

There is something misleading

Rewriting the equation,

I think ... you'll use the

$ydx = (e^{3x}+1)dy$

The center of the circle is $