Analysis of a reaction mixture finds the following: [CO] = 1…

Analysis of a reaction mixture finds the following: [CO] = 1.48 x 10-6 M [Cl2] = 9.50 x 10-7 M [COCl2] = 0.0100 M a) calculate Q (show your work on scratch paper). b) in the blank, indicate if the reaction is moving forward, reverse, or at equilibrium. Show your work for “a,” and upload a photo or scan to Quiz 4 in Assignments.

Question 1: 20 points 1. An electron is at rest at the origi…

Question 1: 20 points 1. An electron is at rest at the origin, in the presence of a magnetic field whose magnitude (B0) is constant but whose direction rides around at constant angular velocity ω on the lip of a cone of opening angle α: B(t) = B0[sin(α) cos(ωt)ˆi + sin(α) sin(ωt)ˆj + cos (α)ˆk]                                                         (1) 1a) Write the formula for the Hamiltonian for a particle with spin coupled to a magnetic field. (You only need to write the coupling Hamiltonian.)[5 points] 1b) Construct the 2 × 2 Hamiltonian matrix for this system. [5 points] 1c) Use first-order time-dependent perturbation theory to calculate the approximate probability of a transition from spin up (the initial state) to spin down, as a function of time. [5 points] 1d) State the criterion on the strength of the field that determines whetherperturbation theory is applicable in this case. [5 points]