Difference between orbit and orbital
Orbit >
1 - It is well defined circular path around the nucleus in which the electron revolves .
Orbital>
It is a neighborhood in three dimensional space all around the nucleus where the probability of finding electron is maximum.
Orbit >
2- It is circular in shape .
Orbital >
s,p and d - orbitals are spherical , dumbbell and double dumbbell in shape respectively .
Orbit >
3- it represents that an electron moves around the nucleus in one plane .
Orbital >
It represents that an electron can move around nucleus along three dimensional space x,y and z axis .
Orbit >
4 - it represents that the position as as momentum of an electron can be known simultaneously with certain . It is against Heisenberg's uncertainty principle .
Orbital >
It represents that position as well as momentum of an electron cannot be simultaneously with certainty . It is in accordance with Heisenberg's uncertainty principle .
Orbit >
5- most of electrons in an orbit is 2n² where (n) is the number of the orbit .
Orbital >
Most of electrons in an orbital is 2.
These are the 5 difference between orbit and orbital
Orbit >
1 - It is well defined circular path around the nucleus in which the electron revolves .
Orbital>
It is a neighborhood in three dimensional space all around the nucleus where the probability of finding electron is maximum.
Orbit >
2- It is circular in shape .
Orbital >
s,p and d - orbitals are spherical , dumbbell and double dumbbell in shape respectively .
Orbit >
3- it represents that an electron moves around the nucleus in one plane .
Orbital >
It represents that an electron can move around nucleus along three dimensional space x,y and z axis .
Orbit >
4 - it represents that the position as as momentum of an electron can be known simultaneously with certain . It is against Heisenberg's uncertainty principle .
Orbital >
It represents that position as well as momentum of an electron cannot be simultaneously with certainty . It is in accordance with Heisenberg's uncertainty principle .
Orbit >
5- most of electrons in an orbit is 2n² where (n) is the number of the orbit .
Orbital >
Most of electrons in an orbital is 2.
These are the 5 difference between orbit and orbital
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