Water is the working fluid used in Kota thermal power plant for generating electricity. Coal is combusted for generating heat as per reaction, C + O_(2) rarr CO_(2). 0.01 % of the released CO_(2) gas is absorbed in water and gets coverted to weak acid, H_(2)SO_(3) which dissociated to give H^(+) as H_(2)CO_(3) rarr 2H^(+) + CO_(3)^(2-). The percentage dissociattion of acid is 5 %. Assume no ionisation of water. From this information answer the questions. if in a certain application [H^(+)] concentration can maximum be 10^(-5)M, then, (P) Calculate maximum moles of H^(+)(x) and CO_(3)^(2-)(y) in the water water if 10^(9) litres of H_(2)O is used (Q) Calculate maximum moles of carbon (z) which can be burnt so that water remains fit to be used Hence, write the value of (xy^(2)//z)

Water is the working fluid used in Kota thermal power plant for genera

1.	Water is the working fluid used in Kota thermal power plant for generating electricity. Coal is combusted for generating heat as per reaction, C + O_(2) rarr CO_(2). 0.01 % of the released CO_(2) gas is absorbed in water and gets coverted to weak acid, H_(2)SO_(3) which dissociated to give H^(+) as H_(2)CO_(3) rarr 2H^(+) + CO_(3)^(2-). The percentage dissociattion of acid is 5 %. Assume no ionisation of water. From this information answer the questions. if in a certain application [H^(+)] concentration can maximum be 10^(-5)M, then, (P) Calculate maximum moles of H^(+)(x) and CO_(3)^(2-)(y) in the water water if 10^(9) litres of H_(2)O is used (Q) Calculate maximum moles of carbon (z) which can be burnt so that water remains fit to be used Hence, write the value of (xy^(2)//z)
Answer» ANSWER :250