Which of the following is true?
a)
A configuration with the maximum spin multiplicity has the minimum energy and thus is most stable
b)
The energy of 
orbital may be greater than or lesser than, or equal to that of 
orbital depending upon the atomic number of the atom
c)
All p orbitals have the same type of angular dependence irrespective of the value of principal quantum number 
d)
In a given electrical field, 
-particles are deflected more than 
-particles in spite of 
-particles having larger change
Which of the following is true?
a)
A configuration with the maximum spin multiplicity has the minimum energy and thus is most stable
b)
The energy of orbital may be greater than or lesser than, or equal to that of orbital depending upon the atomic number of the atom
c)
All p orbitals have the same type of angular dependence irrespective of the value of principal quantum number
d)
In a given electrical field, -particles are deflected more than -particles in spite of -particles having larger change
Question ID - 102072 | SaraNextGen Top Answer
Which of the following is true?
a)
A configuration with the maximum spin multiplicity has the minimum energy and thus is most stable
b)
The energy of orbital may be greater than or lesser than, or equal to that of orbital depending upon the atomic number of the atom
c)
All p orbitals have the same type of angular dependence irrespective of the value of principal quantum number
d)
In a given electrical field, -particles are deflected more than -particles in spite of -particles having larger change
|
Which of the following is true? |
|
|
a) |
A configuration with the maximum spin multiplicity has the minimum energy and thus is most stable |
|
b) |
The energy of |
|
c) |
All p orbitals have the same type of angular dependence irrespective of the value of principal quantum number |
|
d) |
In a given electrical field, |
|
A configuration with the maximum spin multiplicity has the minimum energy and thus is most stable |
|
The energy of |
|
All p orbitals have the same type of angular dependence irrespective of the value of principal quantum number |
|
In a given electrical field, |