28365 Product $(A)$ obtained is

1

2

3

4

28366 Which of the following acid on heating gives geometrical isomers as a product ?

1 $\begin{array}{c}OH\\ |\\ C{H}_3-CH-C{O}_{2}H\end{array}$

2

3 $\begin{array}{c}C{H}_3-CH-C{H}_2-C{O}_{2}H\\ |\\ OH\end{array}$

4 All of these

28367 Product $(C)$ of the reaction is

1

2

3

4

28364 Product $(X)$ of the reaction is

1

2

3

4

28365 Product $(A)$ obtained is

1

2

3

4

28366 Which of the following acid on heating gives geometrical isomers as a product ?

1 $\begin{array}{c}OH\\ |\\ C{H}_3-CH-C{O}_{2}H\end{array}$

2

3 $\begin{array}{c}C{H}_3-CH-C{H}_2-C{O}_{2}H\\ |\\ OH\end{array}$

4 All of these

28367 Product $(C)$ of the reaction is

1

2

3

4

28364 Product $(X)$ of the reaction is

1

2

3

4

28365 Product $(A)$ obtained is

1

2

3

4

28366 Which of the following acid on heating gives geometrical isomers as a product ?

1 $\begin{array}{c}OH\\ |\\ C{H}_3-CH-C{O}_{2}H\end{array}$

2

3 $\begin{array}{c}C{H}_3-CH-C{H}_2-C{O}_{2}H\\ |\\ OH\end{array}$

4 All of these

28367 Product $(C)$ of the reaction is

1

2

3

4

28364 Product $(X)$ of the reaction is

1

2

3

4

28365 Product $(A)$ obtained is

1

2

3

4

28366 Which of the following acid on heating gives geometrical isomers as a product ?

1 $\begin{array}{c}OH\\ |\\ C{H}_3-CH-C{O}_{2}H\end{array}$

2

3 $\begin{array}{c}C{H}_3-CH-C{H}_2-C{O}_{2}H\\ |\\ OH\end{array}$

4 All of these

28367 Product $(C)$ of the reaction is

1

2

3

4