Use ladder operator to evaluate the elements of the matrix <mixpins and <m1pxin> of a harmonic...
evaluate the integral.. first use the substitution method to convert the integral into one then use the integral table. dont need a hand written solution.. please type it. cot /V1 - sin- dt, 0<I< /2
Let A be an mx n matrix and B be an n xp matrix. (a) Prove that rank(AB) S rank(A). (b) Prove that rank(AB) < rank(B).
2. Solve for the motion of a driven-damped harmonic oscillator whose forcing function F(t) is given by F(t) = 0, < 0 HU t 12 0 <t<T PO) – 4(), 0<t<7 F(t) = A, t>t. m т.
Solve the harmonic oscillator motion for initial conditions x(0) = 0, V(0) = V0 in the case of (a) underdamped (b) overdamped We were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this image
, then n lim Let Ά be a square matrix. Prove that if ρ(A)<1 Use the following fact without proof. For any square matrix A and any positive real number ε , there exists a natural matrix norm I l such that l-4 ll < ρ (d) +ε IIA" 11-0
IDY in < oo and lim - Yn < 0o. Prove that lim,+ 1. Let In > 0. Yn > 0 such that lim,- Yn) < lim,-- In lim,+ Yn: i tn < oo and lim yn < . Prove that lim. In 1. Let In 20, yn 0 such that lim Yn) < limn+In lim + Yr
Extra HW 1. Prove the following properties of the density matrix. (a) ? is a Hermitian operator, i.e. ?-? (b) (A)) is invariant under unitary transformation. (c) Quantum Liouville's equation ih Ot (d) For pure states ?-? and for mixed states ?2 < p.
QUESTION 22 Using the grammar, <S> <A> <S> + <A> + <A> | <id > <id > → abc which of the following is a word (or sentence) in the language: a + b + c a + b + c + a All of the other answers are words in the language. a + a + a
Quantum Chemistry. Thx in Advance! 1. For a harmonic oscillator with unit mass and unit frequency, the Schrödinger equation for its eigenfunction is given by where n 0, 1, 2, . . .. Answer the following questions. Given a trial wave function, ?(x)-?000CnUn(x), where expression for the expectation value is is assumed to be real, the Prove that Eo2 h/2 2. Assume that the trial wave function for the ground state eigenfunction in Eq. (1) is ?(x) = cos Xx,...
The following questions pertain to a harmonic oscillator. a) Use the matrix representation of the Hamiltonian operator to evaluate the expectation value <2|H|2>. b) Use the matrix representation of the operator â to complete the following expression: â|3) = | >. I know the answers should be a) (a)5hν/2 B) Sqrt(3)|2 Can someone please help explain?