thanks man, i´ve figured what i was doing it wrong. I was forgetting the differential term given by the smaller slits, i was expecting some type of special diffraction effect with added extra zeros for the line y=0 due to the larger slit composed by 5 smaller ones. In this case, it only...
the weighted function is t(x,y)=cte and using unit intensity (I(0)=1) for both of the larger slits( composed of 5 smaller 1's) I am getting for the diffraction on the x-axis the following exp. for the 1st slit (that looks like a plus sign) Itotal_1=I(0)(3+2cos(kpa))^2 (k=2pi/lambda) , this term...
Thats what I am trying to figure out, i can consider a wave package when the particle is in the permitted region for tht energy but if it gets out of that region ( the wave function doesn't restrict the particle in a specific region) i will get an imaginary value for the momentum. How do i...
I have got a simple qstion.
We have a particle in 1d oscillator with E0( fundamental level).We know that phi~ e^-x^2 for any x, so We can measure a position and get a value x=a, such that V(a)>E0 . In this case T<0 so the velocity of the particle is imaginary, how is this even possible?, (a real...
Homework Statement
There are 2 particles(1,2) separated ∆x=L moving with the same velocity u_x in frame of reference S , there's an other reference S' moving at v .
I have to calculate ∆x'. GAMMA(LORENTZ'S FACTOR)
Homework EquationsThe Attempt at a Solution
I have done x1=0 when t=0
So for...
Homework Statement
∑n!/(3*4*5...*n)
s1=1/3
sn=1/3+2/(4*3)+3!/(5*4*3)+...+n!/(3*4*5*...n)
so i multiplied the sum with 1/2sn=1/6+1/(4*3)+1/(5*4)+1/(6*5)...+1/((n+2)(n-1))
got blocked here,i don't know how to continue, help please