1- If the functions y, and wz are solutions of the Schrödinger equation for a particle, then show that a, , +azb2, where a, and az are urbitrary constants, is also a solution of the same equation. 2- Show that the expectation value of a physical quantity can be real only if the corresponding operator is Hermitian. 3- Show that the nomalization integral is independent of time.
1- If the functions y, and wz are solutions of the Schrödinger equation for a particle, then show that a, , +azb2, where a, and az are urbitrary constants, is also a solution of the same equation. 2- Show that the expectation value of a physical quantity can be real only if the corresponding operator is Hermitian. 3- Show that the nomalization integral is independent of time.
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Question
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Home Works:
1- If the functions y, and , are solutions of the Schrödinger equation for a particle, then show
that a, ,+azt2, where a, and az are arbitrary constants, is also a solution of the same
cquation.
2- Show that the expectation value of a physical quantity can be real only if the corresponding
operator is Hermitian.
3- Show that the normalization integral is independent of time.
د. فاطمة حسين سعيد السعيد
۲۷ مشارك آخر
رباب
د. فاطمة ح. . .
أنت](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6b288a57-ade3-45a0-b5e2-064a03fd8a95%2Fedc4f855-dd25-4170-93ce-9ae65004ff52%2Fib03ra_processed.jpeg&w=3840&q=75)
Transcribed Image Text:H Ent
,%۳۱ |I،
۱۲:۱۳
1 duj-zgyj-fvx
chepter -Dnc lang Fat - Por-admg a
ri u V D Cune Tan Tad D da
MTA anda
oiptond-
e Fat
HT isu con ioo e, Ilch, I Ode Noe.
Can. e
oe omy
Daa
Bpen
BERevre G 7oom Car Reten CW So Tutete sount,
Oe tor
heetn e fireset
Home Works:
1- If the functions y, and , are solutions of the Schrödinger equation for a particle, then show
that a, ,+azt2, where a, and az are arbitrary constants, is also a solution of the same
cquation.
2- Show that the expectation value of a physical quantity can be real only if the corresponding
operator is Hermitian.
3- Show that the normalization integral is independent of time.
د. فاطمة حسين سعيد السعيد
۲۷ مشارك آخر
رباب
د. فاطمة ح. . .
أنت
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