How do I find what it converges to?
Here's a hint.How do find what it converges to?
Is there a trick forHere's a much easier one.
Find .
Yeah, if you call it a trick.Is there a trick for
I still dont understand how to do itHere's a hint.
See this document: https://www.math.ubc.ca/~feldman/m121/secx.pdf .Is there a trick for
I still dont understand how to do it
I still dont understand how to do it
You are legit so good at this stuff and have awesome resources... Wish you were my maths teacher for HSCSee this document: https://www.math.ubc.ca/~feldman/m121/secx.pdf .
Here's a trick method, I suppose...Is there a trick for
So when should I remember to see if this works (the reverse quotient rule)?
Don't see why not. Not something clandestine, is it?Wait, so are we allowed to use methods not known in the HSC Syllabus? That would make everything so much easier
That doesn't work, it's still a non-elementary integral.
As long as it's not dependent on circular assumptions or unproven results (so preferably, has multiple proofs, hopefully some elementary ones), my head teacher told me that I was free to use any theorems I wanted to, that didn't assume the truth of some or all of the question you were going to use it on.Wait, so are we allowed to use methods not known in the HSC Syllabus? That would make everything so much easier
That's why I'm planning to use only known methods in my HSC externals. I asked the head teacher and I'm allowed to use any method as long as they have formal documentation on it and it leads to the answer (For ex. Heaviside Cover Up)As long as it's not dependent on circular assumptions or unproven results (so preferably, has multiple proofs, hopefully some elementary ones), my head teacher told me that I was free to use any theorems I wanted to, that didn't assume the truth of some or all of the question you were going to use it on.
For example, one of the questions I was given technically required the monotone convergence theorem/dominated convergence theorem, in order for the question's proof to be valid, which I cited, and was marked as correct.
Just make sure they can't find any microscopic flaws in your argument, as nobody knows how strict the HSC markers are with extracurricular mathematical reasoning.
Which methods are you talking about? Inspection in general should be fine (might depend on wording of question), and you could differentiate your answer for indefinite integrals if you wanted to show 'working'.Wait, so are we allowed to use methods not known in the HSC Syllabus? That would make everything so much easier