Question

Find the indefinite integral of sin(x degrees)/4

Answer 1

\[\large \int\limits \frac{\sin x}{4}\;dx\]This is your integral?

Answer 2

So by indefinite integral, we're really looking for the anti-derivative. Simply ask yourself what has a derivative of sin(x)?

Answer 3

Derivative of sin(x) = -cos(x)

And that is my integral, but the x has a degree sign above it

Answer 4

I don't really think that matters. It doesn't matter if you're talking about \[\sin \theta, \sin(x)\]the point is that there's a variable inside.

Answer 5

Sorry, that was integral

Answer 6

it matters like this, those standard formulae are for angles in radians,
so you need to convert degrees into radians
\(x^o=(x \times \pi/180)^r\)

Answer 7

what i have at the moment is this: