Consider the following statements:1. Atomic h | vedclass

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(C) Statement $1$ is correct: Atomic hydrogen is produced by passing $H_2$ gas through an electric arc at high temperature.Statement $2$ is correct: H

Vedclass · Accepted Answer

$1, 2$ and $3$

Vedclass · Answer

(C) Statement $1$ is correct: Atomic hydrogen is produced by passing $H_2$ gas through an electric arc at high temperature.Statement $2$ is correct: Hydrogen gas is not a strong enough reducing agent to reduce $Al_2O_3$ to $Al$.Statement $3$ is correct: Finely divided palladium (or platinum) can adsorb a large volume of $H_2$ gas,a property known as occlusion.Statement $4$ is incorrect: The reaction $C_2H_5OH + Na 	o C_2H_5ONa + \frac{1}{2} H_2$ produces molecular hydrogen,not nascent hydrogen. Nascent hydrogen is typically generated in situ during chemical reactions (e.g.,$Zn + HCl$).Therefore,statements $1, 2,$ and $3$ are correct.

List-$I$ Type of Hydride	List-$II$ Example
$A$. Electron deficient hydride	$I$. $MgH_2$
$B$. Electron rich hydride	$II$. $HF$
$C$. Electron precise hydride	$III$. $B_2H_6$
$D$. Saline hydride	$IV$. $CH_4$

Similar Questions

Hydrogen accepts an electron to form an inert gas configuration. In this property,it resembles:

Name the classes of hydrides to which $H_2O$,$B_2H_6$ and $NaH$ belong.

How does the atomic hydrogen or oxy-hydrogen torch function for cutting and welding purposes? Explain.

Match List-$I$ with List-$II$

List-$I$ Type of Hydride List-$II$ Example

$A$. Electron deficient hydride $I$. $MgH_2$

$B$. Electron rich hydride $II$. $HF$

$C$. Electron precise hydride $III$. $B_2H_6$

$D$. Saline hydride $IV$. $CH_4$

Choose the correct answer from the options given below:

Explain the chemical properties of hydrogen.

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