Bohr's atomic model is wrong and simplicity. How could electrons know which orbit they should be in? Why should electrons change their orbits? In my extensive research in atomic, I discovered that an atom has only one electron-shell. Not multiple shells as claimed by Bohr. We have neglected the importance of nucleus for a long, long time. The nucleus is the one that molds and shapes the electron-shell as well as its orbitals. Basically, stationary electrons are surfing on top of the electron-shell. In other words, the mosaic of elastic magnetic and electric field is propping those electrons in allowing them to surf on it. As the ambient temperature changes, the nucleus has different saturations of photons that leading to the different flexure of unique nucleus structure that leading to modification to its orbital and electron-shell which indirectly implies that the atom has changed its physical and chemical characteristics as a result of the changes in temperature. Bohr's atomic model can't explain why and how an atom changes its chemical and physical characteristics due to changes in temperatures. If you are interested in real discoveries, I would recommend you to read my book, The Unification Theory - Volume One and you will be amazed with lots of new, interesting discoveries. In God I trust.
The absolute charge of an electron is much weaker than the one of a proton. Really? The existence of so many different types of super acids, mineral acids and weak acids tell us that the absolute charge of an electron turned out to be much weaker than the one of a proton otherwise all single proton or hydrogen cations must have similar causticity since all single protons or hydrogen cations should be exactly identical to one another. We reckon that the absolute charge of a proton is equal to the one of 20 electrons. Thus, this allows so many variations of single protons or hydrogen cations with different number of stationary electrons within their electron-shell and orbitals. Neils Bohr's atomic model is wrong simply because every atom has only one electron-shell not multiple electron-shell. In addition, the absolute charge of 20 electrons is equal to the one of a proton. On the other hand, nucleons are tiny, strong magnets that formation of nucleus structure will foster the existence of mosaic of elastic electric field and magnetic field of the nucleus that preventing stationary electrons from caving into the nucleus since the attractive force between those stationary electrons and protons within the nucleus is extremely strong. If you are interested in real discoveries, I would recommend you to read my book, The Unification Theory - Volume One and you will be amazed with lots of new, interesting discoveries. In God I trust.
![Bohr Model: A Delightful History [CC]](http://i.ytimg.com/vi/8IIg4Qt_qv4/mqdefault.jpg)
Thank you for this video
But why angular momentum is an integral multiple of h/2 pie. ????
Pi is not a principal quantum no. ...but n is
Thanks for such a useful video
1:28 I'm not understand that matter 😔
Bohr's atomic model is wrong and simplicity. How could electrons know which orbit they should be in? Why should electrons change their orbits? In my extensive research in atomic, I discovered that an atom has only one electron-shell. Not multiple shells as claimed by Bohr. We have neglected the importance of nucleus for a long, long time. The nucleus is the one that molds and shapes the electron-shell as well as its orbitals. Basically, stationary electrons are surfing on top of the electron-shell. In other words, the mosaic of elastic magnetic and electric field is propping those electrons in allowing them to surf on it. As the ambient temperature changes, the nucleus has different saturations of photons that leading to the different flexure of unique nucleus structure that leading to modification to its orbital and electron-shell which indirectly implies that the atom has changed its physical and chemical characteristics as a result of the changes in temperature. Bohr's atomic model can't explain why and how an atom changes its chemical and physical characteristics due to changes in temperatures. If you are interested in real discoveries, I would recommend you to read my book, The Unification Theory - Volume One and you will be amazed with lots of new, interesting discoveries. In God I trust.
How do you make that model for class?
Sir, it is a computer generated model.
The absolute charge of an electron is much weaker than the one of a proton. Really? The existence of so many different types of super acids, mineral acids and weak acids tell us that the absolute charge of an electron turned out to be much weaker than the one of a proton otherwise all single proton or hydrogen cations must have similar causticity since all single protons or hydrogen cations should be exactly identical to one another. We reckon that the absolute charge of a proton is equal to the one of 20 electrons. Thus, this allows so many variations of single protons or hydrogen cations with different number of stationary electrons within their electron-shell and orbitals. Neils Bohr's atomic model is wrong simply because every atom has only one electron-shell not multiple electron-shell. In addition, the absolute charge of 20 electrons is equal to the one of a proton. On the other hand, nucleons are tiny, strong magnets that formation of nucleus structure will foster the existence of mosaic of elastic electric field and magnetic field of the nucleus that preventing stationary electrons from caving into the nucleus since the attractive force between those stationary electrons and protons within the nucleus is extremely strong. If you are interested in real discoveries, I would recommend you to read my book, The Unification Theory - Volume One and you will be amazed with lots of new, interesting discoveries. In God I trust.
Where n is called principal quantum no
Thank you
What is this
bala
super
Wrong
I love u chemistry
bhut acchaaa
Physics or chemistry
Tqqq🥰🥰
I love you
it is hard to listen your english
Hydrogen spectrum
I'd this not chemistry
Frankly speaking, I don't like the voice :(