Asked by Karen
E6------E= -0.378eV
E5------E= -0.544eV
E4------E= -0.850eV
E3------E= -1.51eV
E2------E= -3.40eV
Use the figure shown above to determine how much energy a hydrogen atom with its electron in the E2 energy level must absorb for the electron to be removed from the atom.
a. -0.378 eV
b. -3.40 eV
c. 3.40 eV
d. 0.378 eV
I got c.3.40 I think I am right? If I am not please explain why.
E5------E= -0.544eV
E4------E= -0.850eV
E3------E= -1.51eV
E2------E= -3.40eV
Use the figure shown above to determine how much energy a hydrogen atom with its electron in the E2 energy level must absorb for the electron to be removed from the atom.
a. -0.378 eV
b. -3.40 eV
c. 3.40 eV
d. 0.378 eV
I got c.3.40 I think I am right? If I am not please explain why.
Answers
Answered by
Scott
looks good
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