Single Choice

Thallous chloride is more stable than Thallic chloride because of

Amore ionic character
Blarger size of $$Tl^{+}$$ ion
Chigh hydration energy of $$Tl^{+}$$ ion
Dinert pair effect.
Correct Answer

Solution

As we go down the group in p block elements, the stability of the lower oxidation state increases due to the inert pair effect.

So, thallous chloride $$(Tl^+)$$ is more stable than thallic chloride $$(Tl^{3+})$$.

Option D is correct.

SIMILAR QUESTIONS

p - block Elements

Anhydrous $$AlCl_{3}$$ is covalent but hydrated $$AlCl_{3}.6H_{2}O$$ is ionic because:

p - block Elements

Which of the following is not an ionic trihalide?

p - block Elements

How can you explain higher stability of BCl3 as compared to TlCl3?

p - block Elements

What are electron deficient compounds ? Are BCl3 and SiCl4 electron deficient species? Explain.

p - block Elements

Aluminium trifluoride is insoluble in anhydrous HF but dissolves on addition of NaF. Aluminium trifluoride precipitates out of the resulting solution when gaseous BF3 is bubbled through. Give reasons.

p - block Elements

BF3 is used as a catalyst in various organic reactions because ?

p - block Elements

Back bonding in $${ BF } _{ 3 }$$ does not affect :

p - block Elements

Aluminium (III) Chloride forms a dimer because

p - block Elements

Which of the following statements about anhydrous aluminium chloride is correct?

p - block Elements

Which is true for an element present in group 13 of the periodic table?

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