Hello . Excuse me , I have this little problem. Please and thank you.
Posted: Fri Jul 15, 2022 7:29 am
Hello . Excuse me , I have this little problem.
Please and thank you.
If the momentum of a particle can be measured with a precision of 1/1000 (that is, Δp/p=10−3 ), calculate the minimum uncertainty of the position if said particle is: a) an electron moving at 1,8×10 m8/s (you must use the relativistic mass m=1−v2/c2m0 ), b) for this electron, what would be the minimum uncertainty in the energy state if it now remains static for times of S1= 10−8s and S2=10−1s ? Analyze and compare the results to conclude physically.
- Hello Excuse Me I Have This Little Problem Please And Thank You 1 (33.97 KiB) Viewed 46 times
If the momentum of a particle can be measured with a precision of 1/1000 (that is, Δp/p=10−3 ), calculate the minimum uncertainty of the position if said particle is: a) an electron moving at 1,8×10 m8/s (you must use the relativistic mass m=1−v2/c2m0 ), b) for this electron, what would be the minimum uncertainty in the energy state if it now remains static for times of S1= 10−8s and S2=10−1s ? Analyze and compare the results to conclude physically.