Recent content by ELHEK

hey all here's my problem two spherical drops of mercury have a charge of 1.0nC and a potential of 300V at the surface. the two drops merge to form a single drop. what is the potential at the surface of the new drop? thx anyone for there help

tis alright I've solved em both thanks anyway

Hey ppl! anyone who can help me with this i will be so grateful! I've been stuck on it for 2 days(dumbarse ) thx! 1) A proton orbits a long chared wire, making 1.0x10^6 revolutions per second. The radius of the orbit is 1.0cm. What is the wire's linear charge density? 2) Show that the on...

from my experience with this equation(electronic subject) we had "l" in cm, but that was because we had "p" in ohm.cm for example R = pl/A ----> ohms = [(ohms.cm)(cm)]/cm(^2)

p is the resistivity of a material(ohms.cm). Every material normally has a set value for it. l is the length of the material.

k thx, just checking I am on the right track, i found the force by F=(mv^2)r. then by using E = F/q (q = 1.6x10^-19), but this is where I am stuck any more pointers please? thanks again

Hey there! I've just currently done a electronics lab on testing the time constant(RC) of capacitors in networks. Your lab seems to be quite a bit more advanced compared to mine, but you can calculate the time constant by using method for a voltage vs time graph. the 63%37% method. I have no...

need help with electric field questions thx:) Hey everyone! I'm currently knew to the site, i found it searching for help on electric field problems n such. If anyone could help me that would be great! thanks again 1) A proton orbits a long chared wire, making 1.0x10^6 revolutions per...