15498 Glycol on treatment with $P{I}_3$ mainly gives -

15499 Glycerol on treatment with oxalic acid at $110{}^{o}C$ forms

15500 If the starting material is $1-$ methyl $-1,2-$ epoxy cyclopentane, of absolute configuration, decide which one compound correctly represent the product of its reaction with sodium methoxide in methanol.

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15498 Glycol on treatment with $P{I}_3$ mainly gives -

15499 Glycerol on treatment with oxalic acid at $110{}^{o}C$ forms

15500 If the starting material is $1-$ methyl $-1,2-$ epoxy cyclopentane, of absolute configuration, decide which one compound correctly represent the product of its reaction with sodium methoxide in methanol.

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15523 $B\underset{C{H}_{3}ONa}{\stackrel{C{H}_{3}OH}{\leftarrow }}$ $[Figure]$ $\underset{H^{+}}{\stackrel{H_2{O}^{18}}{\to }}A$$A$ and $B$ are

15498 Glycol on treatment with $P{I}_3$ mainly gives -

15499 Glycerol on treatment with oxalic acid at $110{}^{o}C$ forms

15500 If the starting material is $1-$ methyl $-1,2-$ epoxy cyclopentane, of absolute configuration, decide which one compound correctly represent the product of its reaction with sodium methoxide in methanol.

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15523 $B\underset{C{H}_{3}ONa}{\stackrel{C{H}_{3}OH}{\leftarrow }}$ $[Figure]$ $\underset{H^{+}}{\stackrel{H_2{O}^{18}}{\to }}A$$A$ and $B$ are

15498 Glycol on treatment with $P{I}_3$ mainly gives -

15499 Glycerol on treatment with oxalic acid at $110{}^{o}C$ forms

15500 If the starting material is $1-$ methyl $-1,2-$ epoxy cyclopentane, of absolute configuration, decide which one compound correctly represent the product of its reaction with sodium methoxide in methanol.

1

2

3

4

15523 $B\underset{C{H}_{3}ONa}{\stackrel{C{H}_{3}OH}{\leftarrow }}$ $[Figure]$ $\underset{H^{+}}{\stackrel{H_2{O}^{18}}{\to }}A$$A$ and $B$ are