Recent content by slwarrior64

That makes sense, Thanks!

Hello, I know I posted this question recently but I wanted to update with my progress. I have figured out what the limit should be but I would really appreciate help with how to use the definition of the limit of a sequence to prove it! What I have is:Suppose n is extremely large, then both...

Okay, I think I get what you are saying, but there are some weird formatting things in your reply that I don't really understand: if you want inequalities, you know that 2^k> 0 for all k. You also can say that, given any positive integer, N, there exist a positive integer k so that 2^k>N. That...

I got that the Supremum does not exist because the set has no upper bound, and I got that the lower bound was 0 because once k reaches the negatives you are geting a negative exponent which becomes a fraction with an increasingly large denominator. I was unsure about what to do with it because...

Hello, I feel like I am struggling with this more than I should. I can tell intuitively what the infimum and supremum are, but I am pretty sure that I need a more formal proof style answer. How would one actually prove this question?

Hello! I have been trying to work through this but I have never really been able to use the definition correctly to find a limit sequence. Any help would be greatly appreciated!

Ohhh, and then because the perpendicular bisector bisects BC and meets AD at the circle, it must cut the arc in half? Is there a more formal war to write that?

I figured it out but please help me with the other question I posted!

I can definitely do this in the opposite direction, but

I can see how it would go through the centroid, but I don't know how to prove that it HAS to go through the centroid.

I got it! Thanks again!

Thanks, I was able to get triangle FDH, but I was stuck on proving HCD because I didn't know how that line would cut the right angle

I'm sorry, I'm definitely missing something similar, but how do I know they are isosceles?

Thank you!