Midlife Retro Wizard Jun 7, 2014 #11 Its going back about 40 years but don't you need to integrate that differential equation to get back to an equation you can use. ? Shaun
Its going back about 40 years but don't you need to integrate that differential equation to get back to an equation you can use. ? Shaun
foz Gold Trader Feedback View Jun 7, 2014 #12 Shaun, I think do yes... Still trying to remember how to do this though :? Richard, its not directly mixte related, but once I get this done and finished, I will have more time for bike stuff!
Shaun, I think do yes... Still trying to remember how to do this though :? Richard, its not directly mixte related, but once I get this done and finished, I will have more time for bike stuff!
FluffyChicken Archivist Retrobike Rider Feedback View Jun 7, 2014 #13 Re: Integral of k/W dW = k.ln(W) EDIT ignore that it's dW/dt missread ... W.dW = k.dt Pop to GCSE bitsize on BBC website. It should give you some reminders.
Re: Integral of k/W dW = k.ln(W) EDIT ignore that it's dW/dt missread ... W.dW = k.dt Pop to GCSE bitsize on BBC website. It should give you some reminders.
P pigman Old School Grand Master Jun 8, 2014 #14 Re: One for Bletchley Park first before the mathematicians get a go
T'boo Ted GT Fan Feedback View Jun 8, 2014 #15 oh crap integrals and differentials, I can't remember any of that stuff...