Recent content by acat

of course of course, thank you, gawd this is a hard problem I am working on, just making sure all the particulars are in the right place and where they should be as I am not managing to solve this at all, ill carry on though lol. thanks dude

ok, if angual velocity ω = linear velocity v / radius r therefore ω=v/r but what if i have ω^2 ( to the power of 2 ) does ω^2=v^2/r^2 or does it eqaul ω^2=(v/r)^2 many thanks, this is really bugging me and preventing me solve a problem since I am not in class

micromass i wouldn't dream of expecting others to finish homework for me. I am just struggeling with this 1 step of my problem and its really bugging me. I am simply asking for help with this 1 step so id feel confident to go off on my own and finish my problem. Anyhow, ill post the problem up...

hmmm here is the full problem, i thought i could solve it with the first question. could you help me more here grzz? X=a*Sin(omega*t) where x = 0.6m a = 0.085m omega = 10.4*Pi 0.6=0.085*Sin(10.4*Pi*t) any ideas mate?

invsin(7.0588) in my casio gives a math error

7.0588 = sin(10.4*∏*t) how do i transpose this to solve the equation finding a value for t? thanks