Recent content by SAGHTD

I'm need some help understanding my lab concerning the muon. I'm trying to find information about the lab but I'm not find anything. I just would like to know the following:- 1.Does changing the saturated amp output change the timing of the FPGA? Does it and how? 2.What are the...

Homework Statement Of the charge 'Q' initially on a tiny sphere, a portion q is to be transferred to a second, nearby sphere. Both spheres can be treated as particles. For what value of q/Q will the electrostatic force between the two spheres be maximized? The Attempt at a Solution The...

OMG Thanks i got it out! I understand :D

Oh...i remembered that before how our lecturer was telling us to sub cos(kx – ωt) as 1 to acquire Umax. Didn't really understand that much of it tho... :frown: Equation for the slope is what i don’t really get . Didn’t the question say that they wanted the ratio of the particle speed to wave...

Homework Statement Prove that if a transverse sinusoidal wave is traveling along a string, then the slope at any point of the string is equal to the ratio of the particle speed to wave speed at that point. The Attempt at a Solution This is what i did isn't the equation for transverse =...

I'm still a bit lost on where to really start vector aren't really something i understand too well... :frown: But still if they're asking for position vector can't i just integrate "a" twice to get it position vector?? I'm not sure if I'm really making sense but my idea seems to be a bit...

Homework Statement The acceleration of a particle moving only on a horizontal xy plane is given by a= (3t)i + (4t)j, where 'a' is in m/s*2 and t is in seconds. At t=0, the position vector r= (20m)i + (40m)j locates the particle, which then has the velocity vector v=(5m/s)i + (2m/s)j. At...