hey i have some questions fist one is if we got two elemnts then the transfering from n1 to n2 is needed a different amount of energy for the both elements ? i want that in details please and the second question is if we instead of pushing colors into the atom we push electrons in a different speeds that will lead the same ?
@learningwithphilimonАй бұрын
@@brezagay6622 Sorry for the late response as I am on vacation. 1. Every element will have a slight difference in energy between n1 and n2. Therefore a different energy photon would be required to cause a transition. 2. An electron could be used to cause a transition. However, the energy transfer would have to be exactly equal to the energy difference. If the incoming electron had enough energy it could cause ionisation (the other electron leaving the atom)
@brezagay6622Ай бұрын
@@learningwithphilimon Is electron cloud is a realy thins exist ? i mean if we somehow could capture an atom with electron dont know can we see that cloud ?
@brezagay6622Ай бұрын
and what it is conssits off
@learningwithphilimonАй бұрын
'Electron cloud' is just an expression. We do not know where exactly electrons are in an atom. There is just a higher probability of finding electrons in certain positions depending on the orbitals they occupy. As far as I know we can use electron microscopes to view atoms, but nothing smaller. We would not see electrons or a cloud. If you Google "electron microscope image of atoms" you can see the images that have been captured.
@brezagay6622Ай бұрын
@@learningwithphilimon i just want to know if it real and exist or not but the majorty is arguing each other
@RIPSM2592 ай бұрын
The only hard part of this nocturne is this in my opinion I can't play it
@sulaimanali75662 ай бұрын
Great video👍
@learningwithphilimon2 ай бұрын
Thank you! 😁
@kisho26793 ай бұрын
which are the similar properties per each group that specifie each corresponding column in the periodic table of elements?
@learningwithphilimon3 ай бұрын
This is a good question! In my next few videos I will go into more detail for groups 1 and 7. For example, the alkali metals (group 1) react with water to form a metal hydroxide (aqueous) and hydrogen gas. The halogens (group 7 or 17) form diatomic molecules. The reactivity decreases down the group. The noble gases (group 8 or 18) are monoatomic gases that are unreactive. As you can see it is hard to answer this question in a single comment ☺️
@charan59113 ай бұрын
Was confused on this for a year. Can’t believe I actually understand it now. THANK YOU!
@learningwithphilimon3 ай бұрын
I am glad I could help! 😊
@learningwithphilimon3 ай бұрын
I am glad I could help! 😊
@JadaRose3333 ай бұрын
I’ve been struggling with this topic for so long this was honestly so helpful !
@ValerieRoseMunoz3 ай бұрын
This is the clearest explanation I got so far. Big help!
@learningwithphilimon3 ай бұрын
I am glad that you found the video useful! 😁
@iqraafzal70254 ай бұрын
Hello sir can I gat more information about absorption and emission spectra??? If you have more relevant information about this kindly give me. Thank you in advance
@learningwithphilimon4 ай бұрын
What kind of information are you looking for?
@KetanSingh4 ай бұрын
This is excellent. Though I'm interested primarily in early 20th century Physics. If you can please consider making videos on the development of quantum mechanics.
@learningwithphilimon4 ай бұрын
Thank you! I wish I had more time to make videos. I might get to quantum mechanics at some point 😅