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In Al2Cl6 each Al atoms is linked to how...

In `Al_2Cl_6` each Al atoms is linked to how many Cl atoms ?

Text Solution

Verified by Experts

The correct Answer is:
4

Thus , each Al atom is linked to 4 Cl atoms.
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In the following questions , a statement of assertion (A) is followed by a statement of reason (R). A : Hybridisation of Al atom in AICI_3 (vapour) is sp_2 R: In vapour state each Al atom is directly bonded to three Cl atoms.

How many atoms are linked through a bridges bond?

Knowledge Check

  • In an experiment, 6.67 g of AlCl_(3) was produced and 0.654 g Al remainded unreacted. How many g atoms of Al and Cl_(2) were taken originally (Al = 27, Cl = 35.5) ?

    A
    0.07,0.15
    B
    0.07,0.05
    C
    0.02,0.05
    D
    0.02,0.15

  • In an experiment, 6.67 g of AlCl_(3) was produced and 0.54g Al remained unreacted. How many g atoms of Al and Cl_(2) were taken originally?

    A
    0.070, 0.075
    B
    0.07, 0.05
    C
    0.02, 0.15
    D
    0.02, 0.15

  • When Al_(2)Cl_(6) is dissolved in water then

    A
    the dimeric structure remains as such
    B
    it undergoes polymerisation
    C
    the dimeric structure disappears
    D
    it can't be dissolved since lattice energy exceeds the hydration energy.

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    PhCOOHunderset(Cl_(2))overset(Red P(limited))to How many Cl atoms are present in the final major product?

    Use the Lewis dot symbols to describe the formation of aluminium oxide (Al_2O_3) . Strategy: The Lewis dot symbols of Al and O are :Al*" "*ddotunderset(..)O* Thus, the common valency of Al is 3 while that of O is two. As a result, aluminium tends to form the trivalent cation (Al^(3+)) and oxygen, the divalent anion (O^(2-)) . The transfer of electrons is from Al to O. There are three valence electrons in each Al atom, each O atom needs two electrons to form the O^(2-) ion, which is isoelectronic, with neon. Thus, the simplest neutralizing ratio of Al^(3+) to O^(2-) is 2:3 , two Al^(3+) ions have a total charge of 6+ and three O^(2-) ions have a total charge of 6- . Thus, the empirical formula of aluminium oxide is Al_2O_3 .

    In Al_(2)Cl_(6) , I. six Al-cl bonds are of same length and two of different length. II. The angle Al-Cl-Al is 87^(@) . III. Four Al-Cl bonds are of the same length and two of different length. IV. The angle Cl-Al-Cl is 93^(@) Cand 110^(@)

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    Assertion :- I effect of Cl atom is greater than F atom. Reason :- Cl atom has more elctronegativity than F atom.

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