"A certain group one metal combines with Hydrogen, to form a molecule with the formula XH. The equilibrium bond length of this c
ompound is 1.5957 Å. If this molecule exhibits a pure rotational spectrum with a rotational constant of 7.5131cm−1, calculate the molecular weight of metal X."
I thought that you would use a mix of the reduced mass and rotational constant formulas to get:
However, that just gives a negative answer, and mass cannot be negative. I am confused and would appreciate any help
I thought that you would use a mix of the reduced mass and rotational constant formulas to get:
However, that just gives a negative answer, and mass cannot be negative. I am confused and would appreciate any help
1 answer:
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Answer:
The resonance forms of O3 are attached as an image.
Explanation:
A compound with different contributing structures comes together and forms a resonating or intermediate structure that best describes the properties of that compound.
The given compound is ozone, having the chemical formula
O3 = 6 electrons * 3 = 18 electrons
O → prefers to have a complete their octet
The bonding electrons and lone pair electrons are radical electrons that are present on the oxygen atoms tend to delocalize and results in various resonating forms of O3.
