Evaluate frequency for pure vibrational transition in hcl

Assignment Help Physics

Reference no: EM13339437

The fundamental vibrational frequency of HCl molecule is v=2990.946cm^-1 and its equilibrium dissociation energy is De=445.0 kJ/mol. Evaluate the frequency for v=0-->5 pure vibrational transition in HCl in Hz assuming it as a Morse oscillator. Compare this frequency with what would be obtained using the harmonic oscillator approximation.

Reference no: EM13339437

Questions Cloud

List all other use cases at comparable level of abstraction : One use case is to make a flight reservation. List all other use cases at a comparable level of abstraction. Summarize the purpose of each use case with a sentence.

What is their relationship in terms of linear velocity : On a merry-go-round, jessica is on a horse 5m from the center and her twin sister,julia, is seated 8m from the center. what is their relationship in terms of linear velocity

How large is the normal force when the button is pressed : A 0.113 kg remote control 17.4 cm long rests on a table, as shown in the figure below, with a length L overhanging its edge. How large is the normal force when the button is pressed

Calculate the bond length of n2 molecule : The first two anti-stokes lines in the rotational Raman spectrum of N2 occur at 29709.1 and 29717.1cm^-1. Calculate the bond length of N2 molecule.

Evaluate frequency for pure vibrational transition in hcl : The fundamental vibrational frequency of HCl molecule is v=2990.946cm^-1 and its equilibrium dissociation energy is De=445.0 kJ/mol. Evaluate the frequency for v=0-->5 pure vibrational transition in HCl in Hz assuming it as a Morse oscillator.

Estimate the sample temperature in pure rotational spectrum : In a pure rotational spectrum of HS radical (eq bond length r=1.40 Angstroms) you notice that the most intense absorption corresponds to J=8-->9 transition. Estimate the sample temperature.

Find max kinetic energy nd velocity of ejected photoelectron : Mass of electron = 9.11 x 10-31 kg, h = 6.626 x 10-34 J.s, c = 3 x 108 m/s; 1 eV = 1.6 x 10-19 J, Mass of a proton or neutron = 1836 x mass of electron, Mass of aluminum atom = 26.9 amu, 1amu = 1.66 x10-27 kg.

Find the frequency for the optical mode at band center : Consider a 1-D NaBr lattice. The frequency at the optical mode at k=pi/a is f=10.1THz. find the frequency for the optical mode at band center (k=0)

Produce a detailed cash budget that summarizes cash inflow : Evaluate historical data and prepare assumptions that will drive the planning process and produce a detailed cash budget that summarizes cash inflow, outflow, and financing needs.

User Account

All Pages