When `CH_3CH=CHCH_2Cl` reacts with alcoholic KCN, a mixture of isomeric products is obtained. Explain

When CH_2=CH-O-CH_2-CH_3 reacts with one mole of Hl, one of the products formed is

The main product formed when CH_3CH_2CH BrCH_3 is treated with alcholic KOH.

Among all the HX compounds , only HBr reacts with CH_3CH=CH_2 in presence of peroxide according to anti - Markownikoff's rule. This is because, in case of HBr, between the third and fourth steps (CH_3-CH=CH_2+BrtoCH_3CHCH_2Br and CH_3overset(.)CHCH_2Br+H-BrtoCH_3CH_2CH_2Br+overset(.)Br)

Write major products obtained in the following reactions. Mention the rules on the basis of which the major products can be predicted. (ii) [CH_3CH_2-underset("^oplusN(CH_3)_3)underset(|)(CH)-CH_3]overset(Θ)OHoverset(Delta)to

Write the structures and names of the principal products, A and B obtained in the following reactions : 1 CH_3CH_2CH_2Br overset("Ethanolic"KOH //Delta)toA 2 CH_3CH_2CH_2Br overset("Aqueous"KOH//Delta)toB

(CH_(3))_(3)C-OCH_(3) on reaction with HI gives (CH_(3))_(3)C-I and CH_(3)-OH as the main products and not (CH_(3))_(3)C-OH and CH_(3)-I . Explain.

The dipole moment of CH_(3)F is less than that of CH_(3)Cl , though F is more electronegative than Cl-explain.

when reacted with two moles of CH_(3)MgI followed by hydrolysis, the product formed is :