Who can give this a try?

Question

GoodFellow · Answer

$$\qquad\qquad\begin{aligned}\small I&=\small \int\limits \frac{lnR}{R^2}dR \end{aligned}$$

kaleighh533 · Answer

what type of math is this algebra, liberal arts math, trigonometry?

xXAikoXx · Answer

@kaleighh533 wrote:

what type of math is this algebra, liberal arts math, trigonometry?

Same thing I was questioning.

kaleighh533 · Answer

@xxaikoxx wrote:

@kaleighh533 wrote:

what type of math is this algebra, liberal arts math, trigonometry?

Same thing I was questioning.

it kind of looks like a mix of trig an algebra but im not sure.

GoodFellow · Answer

@kaleighh533 wrote:

@xxaikoxx wrote:

@kaleighh533 wrote:

what type of math is this algebra, liberal arts math, trigonometry?

Same thing I was questioning.

it kind of looks like a mix of trig an algebra but im not sure.

It is calulus

GoodFellow · Answer

Calculus

xXAikoXx · Answer

@goodfellow wrote:

@kaleighh533 wrote:

@xxaikoxx wrote:

@kaleighh533 wrote:

what type of math is this algebra, liberal arts math, trigonometry?

Same thing I was questioning.

it kind of looks like a mix of trig an algebra but im not sure.

It is calulus

Alr, I can help with this.

GoodFellow · Answer

go ahead then

GoodFellow · Answer

It is just this $$\int\limits \frac{lnR}{R^2}dR$$

GoodFellow · Answer

Somewhat hard right? No problem! Check if integration by parts works for it

xXAikoXx · Answer

k

Florisalreadytaken · Answer

@goodfellow wrote:

Somewhat hard right? No problem! Check if integration by parts works for it

Are you looking for help, or just asking people to integrate what looks like $\dfrac{ln\left(R\right)}{R^2}$

GoodFellow · Answer

@florisalreadytaken So what is your problem if that is the case?

Florisalreadytaken · Answer

Did I mention there is a problem with anything?
And also, you do realise the average user on this website is in 5th - 6th grade, right?

xXAikoXx · Answer

attachment

GoodFellow · Answer

@xxaikoxx wrote:

Perfect! you have taken a serious effort. Good job!

Florisalreadytaken · Answer

You're missing a $\color{red}{-}$ at the beginning of the final answer by the way :)

GoodFellow · Answer

I know but mistakes are possible, he already got full marks for his attempt. You keep that -1.
Have a nice day by the way

xXAikoXx · Answer

@goodfellow wrote:

I know but mistakes are possible, he already got full marks for his attempt. You keep that -1. Have a nice day by the way

I'm a girl lol.