A particle with mass m move on the x-axis. while p is the momentum, x is the place coordinate and omega is a given const
Posted: Mon May 09, 2022 5:41 pm
A particle with mass m move on the x-axis.
while p is the momentum, x is the place coordinate and omega is
a given constant.
a.
b. Given that the uncertainty in the position of the
particle is: deltax=b
c. Find the value of b for it a minimum value is obtained
for the block you found in the previous section. also, calculate
the energy for a value of b.
d.Repeat the question for the hydrogen atom for it:
.E= p* mo? + x? 2 P alo 2m
p? ke E = 2m r
2 2 r= Vx² + y² + 2? + =
- A Particle With Mass M Move On The X Axis While P Is The Momentum X Is The Place Coordinate And Omega Is A Given Const 1 (2.5 KiB) Viewed 32 times
a given constant.
a.
b. Given that the uncertainty in the position of the
particle is: deltax=b
c. Find the value of b for it a minimum value is obtained
for the block you found in the previous section. also, calculate
the energy for a value of b.
d.Repeat the question for the hydrogen atom for it:
- A Particle With Mass M Move On The X Axis While P Is The Momentum X Is The Place Coordinate And Omega Is A Given Const 2 (2.09 KiB) Viewed 32 times
- A Particle With Mass M Move On The X Axis While P Is The Momentum X Is The Place Coordinate And Omega Is A Given Const 3 (1.93 KiB) Viewed 32 times
p? ke E = 2m r
2 2 r= Vx² + y² + 2? + =