Use the Heisenberg Uncertainty Principle and the energy-momentum relation E=(p^(2))/(2)m to estimate the
minimum energy (in units of eV ) required to confine
a. an electron with mass m=9.109 imes 10^(-31)kg to the typical atomic radius about 100pm
b. a proton with mass m=1.673 imes 10^(-27)kg to the length scale of a nucleus, about 15fm
c. an electron with mass m=9.109 imes 10^(-31)kg to the length scale of a nucleus, about 15fm. HERE IS THE ANSWER KEY FOR CLARIFICATIONAnswer:
Answer:
Confinement Length (m) Mass(m/s) Energy (eV)
0
1.00e-10
9.11e-31
9.53e-01
1
1.50e-14
1.67e-27
2.31e+04
2
1.50e-14
9.11e-31
4.23e+07