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1. The trace of a matrix is defined to be the sum of its diagonal matrix elements Tr (Ω) = ΣΩ Show that i. Tr(ΩΛ) = Tr(ΛΩ), ii. Tr(ΩΛ0) = Tr(ΛΘΩ) = Tr(0ΩΛ), where , A and are matrices of same dimension. ii.

1. The trace of a matrix is defined to be the sum of its diagonal matrix elements Tr (Ω) = ΣΩ Show that i. Tr(ΩΛ) = Tr(ΛΩ), ii. Tr(ΩΛ0) = Tr(ΛΘΩ) = Tr(0ΩΛ), where , A and are matrices of same dimension. ii.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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1. The trace of a matrix is defined to be the sum of its diagonal matrix elements Tr (Ω) = ΣΩ 2 Show that i. Tr(ΩΛ) = Tr(ΛΩ), ii. Tr(ΩΛ0) = Tr(Λ0Ω) = Tr(0ΩΛ), where 2, A and are matrices of same dimension. 2. Suppose is a linear transformation or equivalently linear operator on a n- dimensional linear vector space, V. Find out the matrix representation of Twith respect to the basis vectors of this vector space, {lei)}. 3. Suppose la) is a generalised vector in the aforesaid vector space V, such that a) = Σ;=1 ªj|ei). Action of T on a) is defined as a') = Tla). Hence show that n d; = ΣTija;, where, a (ei a'). 4. The Hamiltonian operator for a two-state system is given by H = a(|1) (1||2) (2| + |1) (2| + |2) (1), where a is a number with the dimension of energy. Find the energy eigenvalues and the corre- sponding energy eigenkets (as linear combination of 1) and 2)).
Transcribed Image Text:1. The trace of a matrix is defined to be the sum of its diagonal matrix elements Tr (Ω) = ΣΩ 2 Show that i. Tr(ΩΛ) = Tr(ΛΩ), ii. Tr(ΩΛ0) = Tr(Λ0Ω) = Tr(0ΩΛ), where 2, A and are matrices of same dimension. 2. Suppose is a linear transformation or equivalently linear operator on a n- dimensional linear vector space, V. Find out the matrix representation of Twith respect to the basis vectors of this vector space, {lei)}. 3. Suppose la) is a generalised vector in the aforesaid vector space V, such that a) = Σ;=1 ªj|ei). Action of T on a) is defined as a') = Tla). Hence show that n d; = ΣTija;, where, a (ei a'). 4. The Hamiltonian operator for a two-state system is given by H = a(|1) (1||2) (2| + |1) (2| + |2) (1), where a is a number with the dimension of energy. Find the energy eigenvalues and the corre- sponding energy eigenkets (as linear combination of 1) and 2)).
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