The wave function (syi) represents the amplitude of electronic wave and atomic orbital.
The probability of finding the electron around the nucleus is represented by (syi)².
This implies that,
(syi) = Amplitude of electronic wave
(syi)² = Probability of finding electron around the nucleus.
Also,
The region around the nucleus having maximum probability of finding electron around the nucleus is known as Orbital.
The region around the nucleus having minimum probability of finding electron around the nucleus is known as Node.
The probability of finding electron in the volume element ( dv) is given by (syi)²dv.
Also, there are some constant Quantum numbers that were the answers of Schrodinger Wave equation which tells us about the position of the electron, the behaviour of the magnetic field, Angular momentum, spin of electron around the nuclues etc.
The Quantum Mechanical Model of the Atom views electrons within an atom as waves, not as particles as previously believed. Because of this, electrons can be described as having a high probability of residing in specific orbitals, or regions of space, within the atom.
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Quantum Mechanical Model :
This implies that,
(syi) = Amplitude of electronic wave
(syi)² = Probability of finding electron around the nucleus.
Also,
Also, there are some constant Quantum numbers that were the answers of Schrodinger Wave equation which tells us about the position of the electron, the behaviour of the magnetic field, Angular momentum, spin of electron around the nuclues etc.
Answer:
The Quantum Mechanical Model of the Atom views electrons within an atom as waves, not as particles as previously believed. Because of this, electrons can be described as having a high probability of residing in specific orbitals, or regions of space, within the atom.
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