Recent content by Amaroq Zev

That is quite interesting...it is possible that the two had the same frequency...but that wouldn't explain why the doors didn't open. Maybe there is multiple frequencies(sp), one for lights, one for the opening of doors..this is vague I know, but just a thought...

is it that my question is so inferior to the other questions that this one gets viewed over? Or am I not placing it in the right spot? I am new and I would like to know...that's all...

After receiving an affirmative or correction I have yet another question.

Problem: old-fashioned trucks used a chain to transmit power from the engine to the wheels. Suppose that the drive sprocket had a diameter of 6 in and the wheel procket had a diameter of 2o in. If the drive sprocket goes 300 rpm: A. Find the angular velocity of the drive sprocket in radians per...

(As do I...also the anime fruit basket...yuki is of the rat...but it's the zodiacs I believe or something can't remember, I am getting sidetracted lol, I gots homework. Nice pictures by the way guys)

gah! I don't know..I need equations...

to find the rpm you'd divide the linear velocity by 7.5(the radius of the big circle) multiply it by 60(since the answer is in seconds) and...uh..hold on

I'm the same way, if I don't know the terms for certain things I just shut down. I am not doing so good in my pre ap pre cal class...ugh...and the teacher just doesn't seem to see that every one of her students are not understanding her. She moves on to quickly, so you just fall lower and lower...

hello?

angular velocity would be in terms of radians/seconds while linear is in meters/second. The velocities of the larger pulley would be the same. This was from glasshut and the person that I was previously responding to. Just to clear things up, sorry if I offended you previously but let it be...

(I was typing that before you ever sent that one, sorry, and I think that was to another person... I am not entirely sure though. I am in a bit of a rush, I am understanding this better on here, it is odd, maybe I can't remember anything in the class room because of stress...that women is very...

so how do you find the angular velocity if you only know the linear?

Alright, so given rev's over the given time times 2(pie) over revolution(mark out what cancels) an dyour done unless you have to change it into a certain time right?

(I am confused when you said that the velocities of the larger circle are the same...that would be impossible I thought. for the two circles to turn they would have to be going the same speed...so that would make the linear velocity of the two the same right? so to find the angular...

(I've never had to find the circumference before...only radians and such...hrmm...)