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Match the statements (A, B, C, D) in Col...

Match the statements (A, B, C, D) in Column I with the statements (p, q, r, s) in Column II. Answers to the questions have to be properly bubbled.
`|{:(,"Column I",,"Column II"),((A),CH_(3)CH(OH)CHO,(p),"Carbohydrate"),((B),HOCH_(2)CH(OH)CHO,(q),"Amino acid"),((C ),CH_(3)CH(NH_(2))COOH,(r ),"Positive Tollen's test"),((D),C_(6)H_(5)CH(CH_(2)NH_(2))COOH,(s),"Ninhydrin test"):}|`

Answer

Step by step text solution for Match the statements (A, B, C, D) in Column I with the statements (p, q, r, s) in Column II. Answers to the questions have to be properly bubbled. |{:(,"Column I",,"Column II"),((A),CH_(3)CH(OH)CHO,(p),"Carbohydrate"),((B),HOCH_(2)CH(OH)CHO,(q),"Amino acid"),((C ),CH_(3)CH(NH_(2))COOH,(r ),"Positive Tollen's test"),((D),C_(6)H_(5)CH(CH_(2)NH_(2))COOH,(s),"Ninhydrin test"):}| by CHEMISTRY experts to help you in doubts & scoring excellent marks in Class 12 exams.

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Match the statements (A,B,C,D) in column I with the statements (p,q,r,s) is column II. The answers to the question have to be properly bubbled.

Match the statement (A, B, C, D) in column I with statement (p, q, r, s) in column II. The answers to the question are to be properly bubbled.

Match the following : {:(,"Column I",,"Column II"),((a),CH_(6)H_(5)CHO,(p),"Haloform reaction"),((b),HCHO,(q),"Fehling's solution"),((c),CH_(3)CHO,(r),"Cannizzaro reaction"),((d),CH_(3)-CO-CH_(3),(s),"Knoevenagel reaction"):}

Match the following : {:(,"Column I",,"Column II"),((a),C_(6)H_(5)-CHO,(p),"positive iodoform test"),((b),CH_(3)-CHO,(q),"reduces Fehling's solution"),((c),H-CH=O,(e),"positive Tollens' test"),((d), CH_(3)-overset(OH)overset(|)(CH)-overset(O)overset(||)C-CH_(3),(s),"Brady's reagent turns red"):}

Here each question contains statements given in two column which have to be matched. Statements in columns I are labelled as A, B, C and D where as the statements in column II are labelled p, q, r and s. The answers to these questions are to be appropriately bubbled as illustrated in the following example. If the correct matches should like the following. {:(,,"Column I",,"Column II"),((A),,SO_(2),(p),"Basic"),((B),,H_(2)SO_(4),(q),"Acidic"),((C),,HNO_(3),(r),"Reducing"),((D),,NH_(3),(s),"Oxidizing"):}

Match the column I and II. (Matrix) {:(,"Column I",,"Column II"),((a),H_(3)C-CH=CH-CH_(3),(p),"Dipole" "(cis" gt "trans)"),((b), H_(3)C-CH=CH-CN,(q),"Dipole" "(trans" gt "cis)"),((c),H_(3)C-CH=CH-Cl,(r),"Melting point" "(trans" gt "cis)"),((d),Cl-CH=CH-Cl,(s),"Boiling point " "(cis" gt "trans)"):}

CH_(3)OH, C_(2)H_(5)OH, CH_(3)COOH, C_(3)H_(7)OH

{:(,"Column I (Solvent)",,"Column II (Nature)",),((A),"Methyl alcohol"(CH_(3)OH),(p),"Protophilic",),((B),"Benzene" (C_(6)H_(6)),(q),"Protogenic",),((C),"Ammonia" (NH_(3)),(r),"Amphiprotic",),((D),"Acetic acid" (CH_(3)CO OH),(s),"Aprotic",):}

Match the column I and II (Matrix) {:(,"Column I",,"Column II"),((a),-NO_(2),(p),m " effect"),((b),-O^(-),(q),+m " effect"),((c),-O-CH_(3),(r),- I " effect"),((d),-C-=N,(s),-I" effect):}

{:("COlumn(I)","Column(II)"),("Acid",pK_(a)),((a)CH_(3)-CO_(2)H,(p)5.69),((b)(CH_(3))_(3)overset(o+)NCH_(2)CO_(2)H,(q)4.27),((c)(CH_(3))_(3)overset(o+)N(CH_(2))_(4)CO_(2)H,(r)1.83),((d)overset(-)O_(2)C-CH_(2)-CO_(2)H,(s)4.80):}