Consider Al2OH6 compound and calculate the value of X-YZ- where-X-Total number of 2c-2e- bondY-Total number of 3c-2e- bondZ- Total number of 3 c-4 e- bond

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Coordinate Bond

Consider Al...

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Consider $A l_{2} (O H)_{6}$ compound and calculate the value of $\frac{(X + Y)}{Z},$ where:
X=Total number of $(2 c - 2 e^{-})$ bond
Y=Total number of $(3 c - 2 e^{-})$ bond
Z= Total number of $(3 c - 4 e^{-})$ bond

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I_{2} C l_{6}

(x + y) \div z

x =

(2 C - 2 e^{-})

y =

(3 C - 2 e^{-})

z =

(3 C - 4 e^{-})

2 C - 2 e^{-}

3 C - 4 e^{-}

B e C l_{2}

2 c - 2 e

3 c - 2 e

B e (B H_{4})_{2}

A l_{2} M e_{6}

\frac{x - y}{z}

x =

(A l - M e)

y =

3 c - 2 e^{-}

z =

s p^{3}

2 c - 2 e

3 c - 2 e

B e (B H_{4})_{2}

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