CUET Questions — Chemistry (Organic) — CUET UG
11 solved questions with detailed explanations
Q32. Butanone is less reactive than propanal towards nucleophilic addition reaction because: (a) more +I effect found in butanone (b) less +I effect found in butanone (c) more +I effect found in propa
Q50. Fehling Solution A and B respectively, are: (a) Alkaline solution of sodium potassium tartrate and alcoholic copper sulphate (b) Aqueous copper sulphate and alkaline solution off Rochelle salt (c
Q48. Which of the following compound most readily undergoes nucleophilic addition reaction? (a) Formaldehyde (b) Acetone (c) Acetaldehyde (d) Di-tert-butyl ketone
Q34. Arrange the following in decreasing order of their boiling point (I) CH3-CH2-OH (II) CH3-O-CH3 (III) CH3-CH2-CH3 (a) I > II > III (b) II > III > I (c) III > I > II (d) II > I > III
Q35. p-Hydroxyazobenzene is also called as (a) Yellow dye (b) Red dye (c) Orange dye (d) Violet dye
Q39. Which of the following compounds undergo predominantly SN2 reaction with NaOH in a polar aprotic solvent? (a) H2CO-CH2-Cl (b) H2N-CH2-Cl (c) CH3-CH2-Cl (d) O2N-CH2-Cl Choose the most most appropr
Q49. Carboxylic acid do not give the characteristic reaction of carbonyl group because: (a) the oxygen atom of the OH group does not contain lone pair of electrons (b) carbonyl carbon of carboxyl grou
Q11. Given reaction is the example of - [Image of reaction: Phenol (OH on benzene) + NaOH -> Sodium Phenoxide (ONa on benzene) + (i) CO2, (ii) H+ -> Salicylic Acid (COOH and OH on benzene).] (a) Kolbe
Q47. Structure of Brady's reagent is (a) H2NNH-C6H3(NO2)2 (o,p) (b) H2NHN-C6H3(NO2)2 (o,p) (c) H2NNH-C6H3(NO2)2 (m,p) (d) C6H5-NH-NH2
Q16. In the following sequence of reaction: CH3Br --KCN--> A --H3O+--> B --LiAlH4/ether--> C The end product (C) is (a) Acetone (b) Methane (c) Acetaldehyde (d) Ethyl alcohol
Q46. Which of the following statement/s is/are correct? A. Aldeydes give positive test with Tollen's reagent. B. Ketones give positive test with Fehling's solution C. Ketones do not react with Fehling