Recent content by Digital Limit

Thanks for the tips on the common denominator - we got the first one. We'll try your tactic on the second one and see if we can't manage a similar result. Thanks again :!) Edit: We got them both. w00t![/size]

Could you please elaborate? Certain points you make are inconsistent with the equation and it seems like you're leaving holes to inturpret. Thanks for your concern, though - any help is greatly appreciated.

Rewrite in terms of sinØ and cosØ: For this problem we did the basic stuff: we rewrote it in terms of sin and cos and started doing a little dance that really didn't help us. Honestly, we tried a few identities here and there, but all of them ended up making the problem more elaborate, which...

Oh; and for your convenience, here are the answers: Rewrite in terms of sinØ and cosØ: 1 ---- sinØ Simplify: sec x - 1 Thanks again.

Rewrite in terms of sinØ and cosØ: cot²Ø -------- +1 cscØ+1 Simplify: tan x ------------- csc x + cot x A friend of mine and I have been struggling over these type of problems for the past few hours, unable to find any logical and simple way to solve them. We have the...

A few questions I need answered before a test. Why does a standing blood pressure and heart rate differ from a reclining blood pressure and heart rate? Why must an athlete exercise harder and longer to achieve a maximum heart rate and blood pressure as compared to an average person...

Ah, see, my confusion in this matter came directly from the fact that I couldn't understand how we came upon our equation. After visiting my teacher today, though, it has become more apparent as to what was really going on. Basically, the previous equation I was familiar with was Fnet=MA, or...

Heh, this is a good place to be asking that question in. I honeslty don't know the answer, but I recommend using Google above using a physics forum.

Greetings! I'm looking for some help, so here is my predicament: In my Physics class we did a lab in which we found two relationships involved with the velocity of an object in uniform circular motion. The relationships were that velocity squared is proportional to not only mass, but...