Atomicity of white or yellow phosphorous is 4 and it is represented as P4 molecule- Calculate the value of expression xyz regarding this molecule-Where -x - Total number of vertex angles in P4 molecule-y - Total number of lone pair in P4 molecule-z - Total number of P-P bonds in P4 molecule

x = 12 y = 4 z = 6 ⇒xyz=12× 46=8 ...

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Standard XII

Chemistry

Aromatic Compounds

Atomicity of ...

Question

Atomicity of white or yellow phosphorous is $4$ and it is represented as $P_{4}$ molecule. Calculate the value of expression $\frac{x y}{z}$ regarding this molecule.

Where :
x : Total number of vertex angles in $P_{4}$ molecule.
y : Total number of lone pair in $P_{4}$ molecule.
z : Total number of P-P bonds in $P_{4}$ molecule

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Solution

x = 12

y = 4

z = 6

$\Rightarrow \frac{x y}{z} = \frac{12 \times 4}{6} = 8$

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Atomicity of white or yellow phosphorous is 4 and it is represented as P4 molecule. Calculate the value of expression xyz regarding this molecule. Where : x : Total number of vertex angles in P4 molecule. y : Total number of lone pair in P4 molecule. z : Total number of P-P bonds in P4 molecule

x = 12 y = 4 z = 6 ⇒xyz=12×46=8

x = 12

y = 4

z = 6

$\Rightarrow \frac{x y}{z} = \frac{12 \times 4}{6} = 8$