Which of the following is true?
a)
The half-filled and fully-filled electronic configurations are less stable than the other configurations having the same number of electrons
b)
The symbol 
for the orbitals having 
has its origin from the term spherical symmetrical
c)
The increasing order for the values of 
(charge/mass) for electron (e), proton (p), neutron(n), and alpha particle 
is 
d)
The energy of photon having wavelength 800 nm is larger than that having 400 nm
Which of the following is true?
a)
The half-filled and fully-filled electronic configurations are less stable than the other configurations having the same number of electrons
b)
The symbol for the orbitals having has its origin from the term spherical symmetrical
c)
The increasing order for the values of (charge/mass) for electron (e), proton (p), neutron(n), and alpha particle is
d)
The energy of photon having wavelength 800 nm is larger than that having 400 nm
Question ID - 101703 | SaraNextGen Top Answer
Which of the following is true?
a)
The half-filled and fully-filled electronic configurations are less stable than the other configurations having the same number of electrons
b)
The symbol for the orbitals having has its origin from the term spherical symmetrical
c)
The increasing order for the values of (charge/mass) for electron (e), proton (p), neutron(n), and alpha particle is
d)
The energy of photon having wavelength 800 nm is larger than that having 400 nm
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Which of the following is true? |
|
|
a) |
The half-filled and fully-filled electronic configurations are less stable than the other configurations having the same number of electrons |
|
b) |
The symbol |
|
c) |
The increasing order for the values of |
|
d) |
The energy of photon having wavelength 800 nm is larger than that having 400 nm |
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(c) 1. False. The half-filled and fully-filled electronic configurations are more stable. It is due to the larger exchange energy 2. False. The symbol 3. True. 4. False. The expression is Hence, energy and wavelength are inversely related |
stands for sharp-a term used in the characterization of spectral lines. The symbols 
and 
stand for principal, diffuse, and fundamental, respectively