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Which of the following orders is correct? (1) SbH_(3)gt NH_(3) gt AsH_(3) gt PH_(3)-" Boiling Point" (2) NH_(3) gt PH_(3) gt AsH_(3) gt SbH_(3)-" Thermal Stability" (3) NH_(3) gt PH_(3) gt AsH_(3) gt SbH_(3) - "Basic Character" (4) NH_(3) gt PH_(3) gt AsH_(3) gt SbH_(3)- "Bond Angle"

Given are cyclohexanol (I) , acetic acid (II),2,4,6- trinitrophenol (III) and phenol (IV) . In these the order of decreasing acidic character will be: (a) III gt II gt IV gt I (b) II gt III gt I gt IV (c) II gt III gt IV gt I (d) III gt IV gt II gt I

Electrolysis is an important technique for extraction of metals, and each ion of the solution needs a minimum voltage to get discharged and this value is expressed in terms of discharge potential. For some metal ions the discharge potentials follow the order given below : Li^(+) gt K^(+) gt Ca^(2+) gt Na^(+) gt Mg^(2+) gt Al^(3+) gt Zn^(2+) gt Fe^(2+) gt Ni^(2+) gt H_(3)O^(+) gt Cu^(2+) gt Hg_(2)^(2+) gt Ag^(+) gt Au^(3+) For some anions the discharge potentials are in the order : SO_(4)^(2-) gt NO_(3)^(-) gt OH^(-) gt Br^(-) gt I^(-) When conc. H_(2)SO_(4) is electrolysed with high current using Pt electrodes, the product obtained at anode is :

Electrolysis is an important technique for extraction of metals, and each ion of the solution needs a minimum voltage to get discharged and this value is expressed in terms of discharge potential. For some metal ions the discharge potentials follow the order given below : Li^(+) gt K^(+) gt Ca^(2+) gt Na^(+) gt Mg^(2+) gt Al^(3+) gt Zn^(2+) gt Fe^(2+) gt Ni^(2+) gt H_(3)O^(+) gt Cu^(2+) gt Hg_(2)^(2+) gt Ag^(+) gt Au^(3+) For some anions the discharge potentials are in the order : SO_(4)^(2-) gt NO_(3)^(-) gt OH^(-) gt Br^(-) gt I^(-) When aqueous solution of cupric bromide is electrolyzed the product obtained at cathode will be :

Electrolysis is an important technique for extraction of metals, and each ion of the solution needs a minimum voltage to get discharged and this value is expressed in terms of discharge potential. For some metal ions the discharge potentials follow the order given below : Li^(+) gt K^(+) gt Ca^(2+) gt Na^(+) gt Mg^(2+) gt Al^(3+) gt Zn^(2+) gt Fe^(2+) gt Ni^(2+) gt H_(3)O^(+) gt Cu^(2+) gt Hg_(2)^(2+) gt Ag^(+) gt Au^(3+) For some anions the discharge potentials are in the order : SO_(4)^(2-) gt NO_(3)^(-) gt OH^(-) gt Br^(-) gt I^(-) The product formed at anode and cathode, when dilute H_(2)SO_(4) is electrolysed are :

Electrolysis is an important technique for extraction of metals, and each ion of the solution needs a minimum voltage to get discharged and this value is expressed in terms of discharge potential. For some metal ions the discharge potentials follow the order given below : Li^(+) gt K^(+) gt Ca^(2+) gt Na^(+) gt Mg^(2+) gt Al^(3+) gt Zn^(2+) gt Fe^(2+) gt Ni^(2+) gt H_(3)O^(+) gt Cu^(2+) gt Hg_(2)^(2+) gt Ag^(+) gt Au^(3+) For some anions the discharge potentials are in the order : SO_(4)^(2-) gt NO_(3)^(-) gt OH^(-) gt Br^(-) gt I^(-) A mixture containing chlorides of sodium, calcium and zinc is electrolysed in presence f wate. The product obtained at cathode will be :

Rate of S_(N)1 & S_(N)2 reactions for the isomers of C_(4)H_(9)Br is i. n- Butylbromide ii isobutylborimide ii s-Butylbromide iv. t-Butylbromide a. i gt iigt iii gt iv for S_(N)2 b. i gt ii gt iii gt iv for S_(N)1 c. iv gt iii gt ii gt for S_(N)2 d. iv gt iii gt ii gt i for S_(N)1

The solubility product of CuS, Ag2S and HgS are 10^(-31),10^(-44),10^(-54) respectively. The solubility of these sulphides are in the order (a) Ag2S gt HgS gt CuS (b) HgS gt CdS gt CuS (c) Ag2S gt CuS gt HgS (d) CuS gt CdS gt HgS

Which is the correct sequence in the following properties. For the correct order mark ( T) and for the incorrect order mark ( F) : {:((a)"Acidity order ":SiF_(4) lt SiCl_(4) lt SiBr_(4) lt Sil,, (b)"Melting point":NH_(3) gt SbH_(3) gt AsH_(3) gt PH_(3),,), ((c )"Boiling point " :NH_(3) gt SbH_(3) gt AsH_(3) gt PH_(3), ,(d)"Dipole moment order ":NH_(3) gt SbH_(3) gt AsH_(3) gt PH_(3),=,5):}

Select the correct order for the given properties - (I) Thermal stability: BaSO_(4) gt SrSO_(4) gt CaSO_(4) gt MgSO_(4) (II) Basic Nature : ZnO gt BeO gt MgO gt CaO (III) Solubility in water : LiOH gt NaOH gt KOH gt RbOH (IV) Melting point : NaCl gt KCl gt RbCl gt LiCl