The structural formula of H_2O_2 is: | vedclass

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(D) Hydrogen peroxide $(H_2O_2)$ has a non-planar,open-book structure. In the gas phase,the $O-O$ bond length is $147.5 	ext{ pm}$ and the $O-H$ bond

Vedclass · Accepted Answer

The structure is non-planar where the $H-O-O$ bond angle is $97^{\circ}$ and the dihedral angle between the two $H-O-O$ planes is $101^{\circ}$.

Vedclass · Answer

(D) Hydrogen peroxide $(H_2O_2)$ has a non-planar,open-book structure. In the gas phase,the $O-O$ bond length is $147.5 	ext{ pm}$ and the $O-H$ bond length is $95 	ext{ pm}$. The $H-O-O$ bond angle is approximately $94.8^{\circ}$ (often approximated as $97^{\circ}$ in textbooks). The dihedral angle between the two $H-O-O$ planes is $111.5^{\circ}$ (often approximated as $101^{\circ}$ in some contexts). Therefore,option $D$ correctly describes the non-planar geometry of $H_2O_2$.

The structural formula of $H_2O_2$ is:

Similar Questions

Complete the following reactions:
$(i) \ O_2^{2-} + H_2O \to $
$(ii) \ O_2^- + H_2O \to $

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What is the product of the reaction of $H_2O_2$ with $Cl_2$?

$3.4 \ g$ of $H_2O_2$ is present in its $112 \ mL$ solution. The volume strength of this solution is ....... $V$.

$H_2O_2$ will oxidise:

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