Draw the cis- and transisomers of the following compound: (i) CHCI=CHCI (ii) C2​H5​CCH3​ = CCH3​C2​H5

Give the IUPAC names of the following compounds: (C CI_3)_3C CI .

Give the IUPAC names of the following compounds:- C_6H_5-O-C_2H_5

The number of geometrical isomers in the following compound CH_3 -CH=CH-CH=CH-C_2H_5 is

Give the IUPAC names of the following compounds: i)CH₃CH(Cl)CH(Br)CH₃ ii) CHF₂ CBrCIF iii) CICH₂ C= CCH₂ Br iv)( CCl₃)₃ CCl v) CH₃ C(p- CIC₆H₄)₂ CH( Br)CH₃ vi)( CH₃)₃CCH= ClC₆H₄ l-p

Examine the structural formula of the following compounds. C_(2)H_(4) , CH_(3)Cl , C_(2)H_(2)Cl_(2) , C_(2)H_(2) , C_(3)H_(8) , C_(3)H_(6) , C_(3)H_(4) , C_(3)H_(3)Cl classify them as in the following manner. a) Molecules which undergo substitution reaction b) Molecules which undergo addition reaction. c) Molecules which can ploymerise.

A white precipitate was formed slowly when Ag NO_3 was added-to a compound A with molecular formula C_6 H_13 Cl . Compound ' A' on treatment with hot alcoholic KOH gave a mixture of 2 isomeric alkenes B and C having formula C_6 H_12 . The mixture of B and C on ozonolysis furnished four compounds. (i) CH_3 CHO (ii) C_2 H_5 CHO (iii) CH_3 COCH_3 (iv) CH_3)_2 CH CHO. What are A, B and C.

Write the structues of te product of the following reactons. (ii) (C_6H_5CH_2)_2Cd+2Ch_3COCl gives

Arrange the following in the order of increasing boiling points: C_3H_7Cl,CH_3Cl,C_2H_5Cl