Help.

[scenic sundial]

I need someone who understands differentiation and integretion to help me, preferrably on a call😁

[twin void]

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[little owl]

Use different rules for integration and differentiation you might've learnt for solving these questions

[scenic sundial]

Considering this is new for me, I struggle with understanding it

[little owl]

Here's the set of rules you might need. I don't know what you know and what you don't know about int/diff.

\section{Differentiation}
$$\dv{(x^n)}{x}=nx^{n-1}$$
$$\dv{(\sin x)}{x}=\cos{x}$$
$$\dv{(\cos x)}{x}=-\sin{x}$$
$$\dv{(e^x)}{x}=e^x$$
$$\dv{(\ln x)}{x}=\frac1x$$
\
\section{Integration}
$$\int{x^n\dd x}=\frac{x^{n+1}}{n+1}+c$$
$$\int{\sin x\dd x}=-\cos x +c$$
$$\int{\cos x\dd x}=\sin x+c$$
$$\int{e^x\dd x}=e^x+c$$

[little owl]

These are the sets of rules you'll need for your worksheet, @scenic sundial

[scenic sundial]

Oh sweet, thanks man 😄

[shut bison]

@scenic sundial has given 1 rep to @little owl