#1
August 4th, 2016, 02:25 PM
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Presidency University Chemistry Syllabus
Hello sir I am here as I want to get the question paper based on syllabus of Chemistry of Presidency University so will you please provide me the paper??
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#2
August 4th, 2016, 03:46 PM
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Re: Presidency University Chemistry Syllabus
Hey!!! As per your demand here I am providing you question paper based on syllabus of Chemistry of Presidency University K is 1.06 x 10-8. Which of the following is true regarding its solubility (s) in x (M) solution of H2SO4 (assume s to be negligibly small compared to x): (A) s = 1.06 x 10-8 / x (M), (B) s = 1.06 x 10-8 x (M), (C) s = x (M), (D) None. The standard potential for the electrode reaction Cu2+(aq) + 2e = Cu at 298 K is + 0.336 V (hydrogen scale). The single electrode potential for this couple containing 0.01 mol L-1 of Cu2+(aq) would be: (A) +0.277 V (B) -0.277 V (C) +0.337 V (D) None. Kc for the reaction SO2 + 0.5O2 = SO3 at 873 K is 61.7 (with concentrations in M). The relationship between Kp and Kc for this reaction is: (A) Kp = Kc, (B) Kp > Kc, (C) Kp < Kc, (D) None. An insulated compartment has two chambers separated by a valve. One chamber contains an ideal gas whereas the other is evacuated. When the valve is opened, the temperature of the gas: (A) increases, (B) decreases, (C) remains constant, (D) either increases or remains constant. A 0.2 N solution of sugar is isotonic with a solution of common salt. Both solutions have the same volume and temperature. The concentration of common salt solution is: (A) 0.1 M, (B) 0.2 M, (C) 0.3 M, (D) 0.4 M. The highest equivalent conductance is observed in the aqueous solution of : (A) 0.050 M NaCl, (B) 0.020 M NaCl, (C) 0.010 M NaCl, (D) 0.005 M NaCl. A box of 1 L capacity is divided into two equal compartments by a thin partition. The compartments are filled with 6 g of H2 and 16 g of CH4. The pressure in each compartment is recorded as P atm. at 300 K. Upon removal of the partition, the total pressure would be: (A) P atm., (B) 2P atm., (C) P/2 atm., (D) P/4 atm. In a solvent phenol dimerizes to the extent of 60%. It's molar mass (in g.mol-1), observed from cryoscopic experiment should be: (A) > 94, (B) < 94, (C) 94, (D) unpredictable. For complete paper here I am attaching a PDF file: |
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