Which of the following is an incorrect statem | vedclass

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(C) The correct answer is $C$. $A$: $TlI_3$ does not exist because $Tl^{3+}$ is a strong oxidizing agent and $I^-$ is a strong reducing agent, leading

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Diborane is an example of electron precise hydride

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(C) The correct answer is $C$. $A$: $TlI_3$ does not exist because $Tl^{3+}$ is a strong oxidizing agent and $I^-$ is a strong reducing agent, leading to the formation of $TlI$ and $I_2$. $B$: Trihalides like $BCl_3$ undergo hydrolysis to form $[B(OH)_4]^-$, which is a tetrahedral species. $C$: Diborane $(B_2H_6)$ is an electron-deficient hydride, not an electron-precise hydride, as it has fewer electrons than required for standard covalent bonding. $D$: Hydrolysis of diborane $(B_2H_6 + 6H_2O \rightarrow 2H_3BO_3 + 6H_2)$ yields boric acid $(H_3BO_3)$.

List-$I$	List-$II$
$A$. Melting point $[K]$	$I$. $Tl > In > Ga > Al > B$
$B$. Ionic Radius $[M^{+3} / pm]$	$II$. $B > Tl > Al \approx Ga > In$
$C$. $\Delta_{i} H_1 [kJ \ mol^{-1}]$	$III$. $Tl > In > Al > Ga > B$
$D$. Atomic Radius $[pm]$	$IV$. $B > Al > Tl > In > Ga$

Which of the following is an incorrect statement about the compounds of group $13$ elements?

Similar Questions

The Lewis acid nature of $BX_3$ follows the order:

$A$ compound $(A)$ of boron reacts with $NMe_3$ to give an adduct $(B)$ which on hydrolysis gives a compound $(C)$ and hydrogen gas. Compound $(C)$ is an acid. Identify the compounds $A, B$ and $C$. Give the reactions involved.

$2BF_3 + 6NaH \xrightarrow{450 \ K} X_{(g)} + 6NaF$. Which of the following statements is \textbf{Incorrect} for $X$?

Which of the following statements about $H_3BO_3$ is not correct?

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