HS Chemistry – Atomic Emission.
Video Rating: 4 / 5
24 thoughts on “Atomic Emission Animation”
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Collection of tutorials for students and Beginners in Animation and Multimedia
Collection of tutorials for students and Beginners in Animation and Multimedia
HS Chemistry – Atomic Emission.
Video Rating: 4 / 5
You must be logged in to post a comment.
Isn’t the light emitted only visible when it comes? down from n=2, or am I wrong?
totally? agree !!
More like NO? SOUND!!! 😀
Thanks, my teacher didn’t teach? us any of this
yes -but why on earth draw the outgoing photon differently to the incoming???
You have no idea how much this simple explanation helped me with my coursework.? 😀 No need for complicated bullshit. This video explains the concept clearly!
Ty Mrpassmore! 😀
technical consultants?
neils bohr, einstein? and max plack!?!?!?!
Thanks?
as far as I know, you may be confusing two different things here: Einstein’s famous E=mc² describes how much energy is stored in mass of ordinary matter as a form of binding energy between the positively charged atomic nuclei and the negatively charged electrons around them. I think you’re referring to classical laws of motion that state that without mass or acceleration, an object has no? force. this doesn’t lead us to conclude that photon has no energy.
we all know Einstein’s relation of energy : E=MC² but then he came to define the photon as a particule which has? no charge and no mass but has an energy !! it’s contradictory to the first relation which say that a particule with no mass cannot have an energy ! does someone know why??
Where does the energy come? from? Is it free electrons colliding? Or photons?
wonderfull
?
Thank? you explaining that.
NO SOUND :(?
cool? video!
Once the electron is in it’s ground state it? is stable
…frequency than? red.
…and wants to move back down into it’s ground state to become stable. In order for the electron to move back down it has to release energy. Once the? electron goes back down into it’s ground state it releases a photon (a massless wavelike particle). In this diagram it releases visible light photons. As visible light photons scatters all over some reaches our pupils and we see the light. The higher the excited state the higher the frequency of the photon being emitted. Violet has a much higher
Ok here’s what happens: this diagram is showing an electron and it’s orbital. The electron is in it’s ground state orbit and it is stable. In this diagram the energy (could be just any energy) comes into the electron and the electron absorbs the energy. Once the electron absorbs? the energy it becomes excited and moves farther from the nucleus (escaping the electromagnetic attraction from the nucleus) into it’s excited state. Once the excited electron is in it’s excited state it becomes unstable
that animation made sense but what? is happening with the absorption spectra
if electrons recieve energy then? it will emit energy not photon
what is photon it is? a part of a light or something another thing
why electron? drop why?
what is n?