Now, the next question in mind would be how carbon dioxide can be an energy interacting molecule? This is because carbon dioxide reacts to photons coming from an atom or molecule which absorbs energy. The more carbon dioxide present, the more it absorbs energy and the moreinfrared radiationare...
The aurora borealis and aurora australis have dazzled us in the night sky for centuries. Here’s what causes them—and why we’re seeing them more lately.
Why would electrons be useful for investigating the atomic structure of material? Why do radioactive isotopes emit radiation? What subatomic particle has a charge of 1? How do protons change in alpha radiation? How does a proton synchrotron work?
Explain why it only appears that we are at the center of expansion of the universe and why an observer in another galaxy would see the same relative motion of all but the closest galaxies away from her.Explore our homework questions and answers library Search ...
Imagine an advanced alien civilization that develops some fantastical technology that would break our current conceptions of physics. Say that they use that technology to colonize star system after star system, hopping across the void and spreading their influence. Let’s say that they colonize and ...
When an atom is unstable, it means that it doesn’t have the right number of protons and neutrons in its nucleus. This can happen when the atom has too many or too few of either. When this happens, the atom releases radiation in an attempt to become stable. This radiation can be harm...
And the when the excited electron fall down to another energy level, it emit the green light Thats true.Think this way.Light has to come our eyes to see something.Atoms has to emit that radiation (here green light) and then we can see the thing.If atom can't emit light we can't...
Alright, so why would the atom want to have 8 electrons in it's outer most shell, good question. The second shell has two sub-shells. One sub-shell has an S orbital, and the second has three P orbitals. The reason it has three is because they can arrange themselves according to X,...
The first laser was devised by a physicist named Theodore Maiman while working at Hughes Research Laboratories in Malibu in 1960. His laser utilized a rod of synthetic ruby, silvered at the ends, which were cut in such a way that the beam of light would ricochet inside it, gaining brightnes...
According to the RIM model, this effect would lead to less efficient overlap between the vibrational wavefunctions of S11 and S00 and consequently a decrease of intramolecular nonradiative rates and enhancement of the emission quantum yields in the condensed phase. However, the experimental results ...