Answer:
The usual 'particles' that we see in the macroscopic world (let's call them objects), are big and massive. This usually means that they have high characteristic frequencies => low wavelengths.Explanation: umm on google i found
Explanation:
The electrons in the outermost electron shell are responsible for forming chemical bonds. These electrons are also known as valence electrons
The buffer is NO2- (notice how the acid and conjugative base has same anion) since this a base we will need an acid to destroy as adding more base just allow a higher buffer capacity so the only available option is adding HNO3 as its the only acid.
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Answer:
a) The subshell would be 5g .
b) Yes L can be bigger than 3 in case of n=5.
Explanation:
a) The given principle quantum number n=5 signifies the 5th orbit. Also, the given Azimuthal quantum number l=4 represents the g subshell. Thus, the subshell in which the electrons with the given set of principle and azimuthal quantum number are found is 5g.
b) As n=5 and the general rule is l=n-1. So L can be equal to 1,2,3 or 4.
