A particle is initially prepared in the state of = 1 = 2, m = −1 >|, a) What's the expectation values if we measured (each on the initial state), < Ĺ² >, < Îx >,< Î+ > and <Ĺ_ > b) What's the expectation values of < Ĺ² >, < Ĺ₂ >< Ĺ+ > and < Ĺ^_ >, if the state was Ĺ__ instead?
A particle is initially prepared in the state of = 1 = 2, m = −1 >|, a) What's the expectation values if we measured (each on the initial state), < Ĺ² >, < Îx >,< Î+ > and <Ĺ_ > b) What's the expectation values of < Ĺ² >, < Ĺ₂ >< Ĺ+ > and < Ĺ^_ >, if the state was Ĺ__ instead?
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![A particle is initially prepared in the state of = [1 = 2, m = −1 >|,
a) What's the expectation values if we measured (each on the initial state), < Ĺ² >,< Ĺ„ >,< Û+ > and
Ĺ_ >
b) What's the expectation values of < Ĺ² >,< Îx >< Ĺt
|and < Î^_ >, if the state was Î_ instead?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4366330b-8089-40e4-b3cc-07cdde1ff8ae%2Fdeaa0580-2930-4d2c-8cd2-714c3f88420d%2Fuxytkd6_processed.png&w=3840&q=75)
Transcribed Image Text:A particle is initially prepared in the state of = [1 = 2, m = −1 >|,
a) What's the expectation values if we measured (each on the initial state), < Ĺ² >,< Ĺ„ >,< Û+ > and
Ĺ_ >
b) What's the expectation values of < Ĺ² >,< Îx >< Ĺt
|and < Î^_ >, if the state was Î_ instead?
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