Frequency to shatter a molecule

[WhoWee]

How do you calculate the resonant frequency required to shatter a calcium or magnesium molecule?

 

[Bob S]

In most cases, UV (ultra violet) light is sufficient to break molecular bonds. Electrons from calcium or magnesium atoms can be removed by X-rays up to and above the k-shell binding energy (=20² x 13.6 eV for calcium, and 12² x 13.6 eV for magnesium). I do not know of any resonant frequency to shatter the molecules, although in certain cases, IR (infra red) light can break molecular bonds.

 

[astrokreng]

To calculate the resonant frequency required to shatter a calcium or magnesium molecule, we first need to understand the concept of resonant frequency. Resonant frequency is the natural frequency at which a molecule vibrates or oscillates when subjected to external forces. This frequency is unique to each molecule and is dependent on its molecular structure and bonding.

To determine the resonant frequency of a calcium or magnesium molecule, we would need to know the molecular structure and bonding of the molecule. This information can be obtained through experimental techniques such as X-ray crystallography or spectroscopy.

Once we have the molecular structure and bonding information, we can use mathematical equations and computational methods to calculate the resonant frequency. These methods involve solving the equations of motion for the molecule and determining the natural frequency of vibration.

It is important to note that the resonant frequency alone may not be enough to shatter a molecule. Other factors such as the strength of the bonds and external forces applied also play a role in the shattering process. Therefore, it is essential to consider all these factors when designing experiments to shatter molecules.

In summary, the calculation of the resonant frequency required to shatter a calcium or magnesium molecule involves obtaining the molecular structure and bonding information and using mathematical and computational methods to determine the natural frequency of vibration. However, it is crucial to consider other factors that may contribute to the shattering process.