Compute (a) moment of inertia of the hi molecule

Reference no: EM13679739

Presuming H atom circulates around a stationary atom I in a plane at a distance of 161 pm. Compute (a) moment of inertia of the HI molecule (b) the greatest wavelength of the radiation that can excite the HI molecule into the rotation.

Reference no: EM13679739

Questions Cloud

Define unknown is soluble in water produce bubbles : If your unknown is soluble in water as well as doesn't produce bubbles with 5% NaHCO3 what steps would you follow to find out if your unknown is an amine

Explain what is the half-life of the reaction : Subsequent to 46.0 min, 31.0% of a compound has decomposed. Explain what is the half-life of this reaction assuming first-order kinetics

Explain what is the poh of a solution made by mixing : Explain what is the poh of a solution made by mixing 100 ml of 010 m naoh, 50 ml of .0035 M KOH, and 25 ml of .0125 M LiOH

Explain what is the identity of the element : After doing some analysis the probe finds out that the gas pocket contains an element that has an ionization energy of I=1453kJ/mol and an electron affinity of EA=51.0kJ/mol. Explain what is the identity of this element

Compute (a) moment of inertia of the hi molecule : Presuming H atom circulates around a stationary atom I in a plane at a distance of 161 pm. Compute (a) moment of inertia of the HI molecule (b) the greatest wavelength of the radiation that can excite the HI molecule into the rotation.

Explain what volume of air at ntp containing of oxygen : Explain what volume of air at NTP containing 21% of oxygen by volume is required to completely burn 1000g of sulphur containing 4% incomburstible matter

Explain what is the probability that the particle : Meant for a particle in a one-dimensional box in its lowest energy state ground state what is the probability that the particle is in the right half of the box. Explain what is the probability that the particle is in the middle third of the box.

Define the high and low frequency behavior of the planck : Define the high and low frequency behavior of the planck expression proving that it goes to zero for large (hv/kT) as well as also proving that it goes to kT for small (hv/kT).

Explain how many mono-alkylation products : During the friedel-crafts akylation experiment of mixing toluene as well as 1-chlorobutane to produce p-sec-butyltoluene.

User Account

All Pages