Recent questions in Differential Equations

Berghofaei0e
2022-05-15
Answered

$\begin{array}{rl}{y}^{{}^{\prime}}={y}^{2}+x,& \text{where}{y}^{{}^{\prime}}=\frac{dy}{dx}\end{array}$

Is there any exact mehod to solve it ?

Thanks!

vulkanere64t6
2022-05-13
Answered

$({e}^{x+y}-y{e}^{x})\mathrm{d}x+{e}^{y}\mathrm{d}y=0$

sg101cp6vv
2022-05-10
Answered

$1/(1+2x{)}^{4}\approx 1\u20138x$

how do I determine its accuracy?

fetsBedscurce4why1
2022-05-10
Answered

London Ware
2022-05-10
Answered

Let $A(x)=TSA$; $x=side$

$A(x)=6{x}^{2}$

motorinum6fh9v
2022-05-10
Answered

Merati4tmjn
2022-05-10
Answered

Carley Haley
2022-05-10
Answered

$f(x)=x+{x}^{4},\phantom{\rule{1em}{0ex}}a=0$

syaoronsangelhwc17
2022-05-09
Answered

Angelique Horne
2022-05-09
Answered

Let $f(x)={x}^{2}$ and find the equation of the tangent line to $f(x)$ at $x=11$. Using this, find your approximation for ${11.2}^{2}$.

Alexis Meyer
2022-05-09
Answered

Paul Duran
2022-05-08
Answered

Speaking of differential equations, these are used not only by those students majoring in Physics because solving differential equations is also quite common in Statistics and Financial Studies. Explore the list of questions and examples of equations to get a basic idea of how it is done.

These answers below are meant to provide you with the starting points as you work with your differential equations. If you need specific help or cannot understand the rules behind the answers that are presented below, start with a simple equation and learn with the provided solutions..