In hydrogen atom electrons spins around proton what are the components of electron velocity and their value?

Question

Assuming its moving on the surface of thd orbital which is the probability cloud.At that point the electron as a quantum energy level. So at that point it must have mass change but it still must have identifiable energy level as per bohr's energy dicrete levels.If that is so than a velocity must have components what are they?

Answer 1

The electron is composed of electromagnetic energy. This is seen when a high energy photon enters near the nucleus of an atom and forms electron pairs. Electrons have three basic features: mass (southern part), electric value (through the equatorial region), and magnetic lines (these formed lines are equal to the mass of the electron).

As an electron moves about the nucleus, differing values are: The speed of the electron. This value changes with different shells. Then there is the degree of axis tilt. There are four different degrees of tilt in the electron. Two positions left of vertical, vertical, and one to the right f vertical. Then there is the overall waveform it is part of (how the electron becomes part of the shell). This is dependent upon the completion of the shell it is part of and how it relates to that of other shells about it.

Answer 2

Hi. It is not possible to measure both velocity and position because measuring one changes the other. A better way of visualizing how an electron moves along the proton is to picture it as a cloud surrounding the nucleus. The electron can be anywhere in the cloud. It does not work like a planet orbiting the Sun. Hope this helps.

Answer 3

the belief of a threat cloud is truly obscure, and an older concept from while human beings have been first suffering to comprehend quantum mechanics. interior the final two decades, experiments with entanglement have reported that debris don't have a diverse region, and proceed to be related to distant debris. The older double slit test additionally shows this. it ought to be greater effective and present day to take the view there at the instant are not probably such issues as debris, merely wave applications and measurements. wherein case, if one integrates the sq. of the wave function over an area, this offers the threat that an electron would be modern-day in that section.

Answer 4

The uncertainty principle states that at quantum levels, we can not know the exact velocity and position of a particle at the same time. When applied to electrons, we can only know the probability of its presence at a particular point. This probability is given by the Schrodinger wave equation.

Answer 5

see quantum mechanics.