1.A is an optically inactive alkyl chloride which on reaction with aqueous KOH\text{KOH}KOH gives B\text{B}B. B on heating with Cu\text{Cu}Cu at 300∘C300^\circ\text{C}300∘C gives an alkene C\text{C}C. What are A\text{A}A and C\text{C}C?a.A=CH3CH2Cl\text{A} = \text{CH}_3\text{CH}_2\text{Cl}A=CH3CH2Cl, C=CH2=CH2\text{C} = \text{CH}_2 = \text{CH}_2C=CH2=CH2b.A=Me3CCl\text{A} = \text{Me}_3\text{CCl}A=Me3CCl, C=MeCH=CHMe\text{C} = \text{MeCH} = \text{CHMe}C=MeCH=CHMec.A=Me3CCl\text{A} = \text{Me}_3\text{CCl}A=Me3CCl, C=Me2C=CH2\text{C} = \text{Me}_2\text{C} = \text{CH}_2C=Me2C=CH2d.A=Me2CH⋅CH2Cl\text{A} = \text{Me}_2\text{CH}\cdot\text{CH}_2\text{Cl}A=Me2CH⋅CH2Cl, C=Me2C=CH2\text{C} = \text{Me}_2\text{C} = \text{CH}_2C=Me2C=CH2Login to continueOnly logged in users canattempt or see the solution.
