Kall titration. Q2 (a) Discuss various applications of a buffer solution. (b) If strong acid is titrated against strong base, what indicator will be suitable and why? (c) Determine the mass of NaCl needed to prepare 50 ml of 100 ppm solution. Din

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(ii)
Normality is the unit of concentration of solutions.
(iv)
Human body is an example of open thermodynamic system.
(v)
Methyl orange indicator is used with weak alkali titration.
Q2 (a) Discuss various applications of a buffer solution.
(b) If strong acid is titrated against strong base, what indicator will be suitable
and why?
(c) Determine the mass of NaCl needed to prepare 50 ml of 100 ppm
solution.
(d) Discuss the use of salt bridge in electrochemical cell.
(e) Discuss features of electrochemical series.
Q3 (a) Differentiate aliphatic and aromatic compounds.
(b) Calculate the enthalpy of formation of CH4 methane from the following
given data.
C(s) + Oz(g) → CO2(g), AH = - 393.5 kJ/mole
H2(g) + ½ O2(g)→ H2O(g), AH = - 285.8 kJ/mole
CH4(s) + 202(g) → CO2(g) + 2H2O, AH = - 890.3 kJ/mole
Transcribed Image Text:(ii) Normality is the unit of concentration of solutions. (iv) Human body is an example of open thermodynamic system. (v) Methyl orange indicator is used with weak alkali titration. Q2 (a) Discuss various applications of a buffer solution. (b) If strong acid is titrated against strong base, what indicator will be suitable and why? (c) Determine the mass of NaCl needed to prepare 50 ml of 100 ppm solution. (d) Discuss the use of salt bridge in electrochemical cell. (e) Discuss features of electrochemical series. Q3 (a) Differentiate aliphatic and aromatic compounds. (b) Calculate the enthalpy of formation of CH4 methane from the following given data. C(s) + Oz(g) → CO2(g), AH = - 393.5 kJ/mole H2(g) + ½ O2(g)→ H2O(g), AH = - 285.8 kJ/mole CH4(s) + 202(g) → CO2(g) + 2H2O, AH = - 890.3 kJ/mole
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