QUESTION 1 code: 002 Answer the following questions about the hydrogen atom e. v the energy of the ground state v the energy required for electron to jump from ground state to excited state, n=3 v the energy required to ionise an electron v the value in Joules of 1 electron-volt (eV) a. 13.6 eV b.3.4 eV C. 12.09 eV d. -13.6 eV e. -3.4 eV f. -12.09 eV g. 1.6E-19J

College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter34: Frontiers Of Physics
Section: Chapter Questions
Problem 8PE: (a) Calculate The approximate age of the universe from the average value of the Hubble constant, To...
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Watch Th X
T
Take Test X Answerec x
momentu X
joules to X Convert j X|
frequenc x
tps://learning.ulster.ac.uk/webapps/assessment/take/launch.jsp?course_assessment_id%=_88723_1&course_id3_324733 1&new_attem
QUESTION 1
code: 002
Answer the following questions about the hydrogen atom
e. v the energy of the ground state
|the energy required for electron to jump from ground state to excited
state, n=3
|the energy required to ionise an electron
v the value in Joules of 1 electron-volt (eV)
a. 13.6 eV
b.3.4 eV
C. 12.09 eV
d. 13 6 eV
e. -3.4 eV
f -12.09 eV
g. 1.6E-19J
QUESTION 2
code: 003,
A electron is in excited state n = 5. How many different ways can it return to the ground state?
O a.8 O b.7 OC5 Od 4 Oe 3
QUESTION 3
Transcribed Image Text:Watch Th X T Take Test X Answerec x momentu X joules to X Convert j X| frequenc x tps://learning.ulster.ac.uk/webapps/assessment/take/launch.jsp?course_assessment_id%=_88723_1&course_id3_324733 1&new_attem QUESTION 1 code: 002 Answer the following questions about the hydrogen atom e. v the energy of the ground state |the energy required for electron to jump from ground state to excited state, n=3 |the energy required to ionise an electron v the value in Joules of 1 electron-volt (eV) a. 13.6 eV b.3.4 eV C. 12.09 eV d. 13 6 eV e. -3.4 eV f -12.09 eV g. 1.6E-19J QUESTION 2 code: 003, A electron is in excited state n = 5. How many different ways can it return to the ground state? O a.8 O b.7 OC5 Od 4 Oe 3 QUESTION 3
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