The bond angle in A is X and the bond angle i | vedclass

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(A) In $CH_3OH$ (methanol),the oxygen atom is $sp^3$ hybridized with two lone pairs. Due to the repulsion between lone pairs,the bond angle is compres

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$X  109^{\circ} 28'$

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(A) In $CH_3OH$ (methanol),the oxygen atom is $sp^3$ hybridized with two lone pairs. Due to the repulsion between lone pairs,the bond angle is compressed to less than the tetrahedral angle of $109^{\circ} 28'$.In $CH_3OCH_3$ (dimethyl ether),the oxygen atom is also $sp^3$ hybridized,but the presence of two bulky methyl groups causes steric repulsion between them,which increases the bond angle to greater than $109^{\circ} 28'$.Therefore,$X  109^{\circ} 28'$.

List-$I$ (Shape)	List-$II$ (Example)
$(1)$ Linear $(B-A-B)$	$(A)$ $PCl_5$
$(2)$ Trigonal planar	$(B)$ $CH_4$
$(3)$ Tetrahedral	$(C)$ $HgCl_2$
$(4)$ Trigonal bipyramidal	$(D)$ $BF_3$

The bond angle in $A$ is $X$ and the bond angle in $B$ is $Y$. What are $X$ and $Y$?
$A$ $B$
$CH_3OH$ $CH_3OCH_3$

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The bond angle in $A$ is $X$ and the bond angle in $B$ is $Y$. What are $X$ and $Y$?$A$$B$$CH_3OH$$CH_3OCH_3$