Recent content by Caroline Stuart

I got it eventually Thank you, ur Genius.

post 27 is wrong it should be: s=(-e^2V1V2)/(dm^2) for post 24

s=(-eV2t^2)/(2dm) for post 24

but how have you deduced that t= z times square root m/(2eV1) ?

its (z^2)*m/(2eV1)

s=(-2e^2V1V2)/(2dm^2)

t squared is 2eV1 over m;

what do i do then?

t=z/v; if v equals square root of (2eV/m) then t equals (z*square root of m)/(square root of 2eV)

what is z exactly, is a coordinate axis?

sorry didnt see your reply at post 8, I am new to it, i see it now

so what is correct formula for t squared?

As i said already did that, i can read, and i got 4meVz/-eEm instead of formula (3) could you please suggest where I've gone wrong?

V2 in the formula in the formula doesn't have a numerical value at a given moment - this is why I said its irrelevant, before i proceed to taking measurements i have to understand how to get to formula (3) algebraically

t(squared)=2ms/(-eE), E is either -V2/d or 2ms/(-et(squared))