The lowest frequency rotational transition for a co molecule is around 1.15 x 101 hz, whilst the lowest frequency vibrational transition is around 6.42 x calculate ae/kt for the two transitions and discuss the relative contributions you expect vibrational and rotational degrees of freedom fo make to the specific heat of a gas of co molecules at room temperature. 101 hz. at room temperature kgt is around 0.025 ev.

These models show the electron structures of two different nonmetal elements. which element is likely more reactive, and why? element 1 is more reactive because it has fewer electron shells and is toward the top of its group on the periodic table. element 1 is more reactive because it has more electrons in its valence shell and is farther to the right on the periodic table. element 2 is more reactive because it does not have a valence shell close to the nucleus, so it will attract electrons. element 2 is more reactive because it does not have a full valence shell, so it will attract electrons.

The pressure, volume, and temperature of a mole of an ideal gas are related by the equation pv = 8.31t, where p is measured in kilopascals, v in liters, and t in kelvins. use differentials to find the approximate change in the pressure if the volume increases from 14 l to 14.6 l and the temperature decreases from 375 k to 370 k. (round the answer to two decimal places.)

Drag each item into the proper state of matter category.