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Acid rain takes place dur to combination...

Acid rain takes place dur to combination of acidic oxides with water and it is an envirronmental concern all over the world. Assuming rain water is uncontaminated with `HNO_(3)` or `H_(2)SO_(4)` and is in equilibrium with `1.25 xx 10^(-4)` atm `CO_(2)`. The Henry's law constant `(K_(H))` is `1.25 xx 10^(6) "torr". K_(a_(1))` of `H_(2)CO_(3) = 4.3 xx 10^(-7)`
Given : `K_(f)CuCI^(Theta) = 1.0 (K_(f)` is formation constant of `CuCI^(o+))`
If `SO_(2)` content is the atomsphere is `0.64 "ppm"` by volume, `pH` of rain water is (assume `100%` ionisation of acid rain as monobasic acid).

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Acid rain takes place dur to combination of acidic oxides with water and it is an envirronmental concern all over the world. Assuming rain water is uncontaminated with HNO_(3) or H_(2)SO_(4) and is in equilibrium with 1.25 xx 10^(-4) atm CO_(2) . The Henry's law constant (K_(H)) is 1.25 xx 10^(6) "torr". K_(a_(1)) of H_(2)CO_(3) = 4.3 xx 10^(-7) Given : K_(f)CuCI^(Theta) = 1.0 (K_(f) is formation constant of CuCI^(o+)) What is the pH of neturak rain water ?

Acid rain takes place dur to combination of acidic oxides with water and it is an environmental concern all over the world. Assuming rain water is uncontaminated with HNO_(3) or H_(2)SO_(4) and is in equilibrium with 1.25 xx 10^(-4) atm CO_(2) . The Henry's law constant (K_(H)) is 1.25 xx 10^(6) "torr". K_(a_(1)) of H_(2)CO_(3) = 4.3 xx 10^(-7) What is the pH of neutral rain water ?

When 1.5mol of CuCI_(2).2H_(2)O is dissolved in enough water to make 1.0L of solution. Given: K_(f)CuCI^(Theta) 1.0 (K_(f) is the formation constant of CuCi^(o+)) [CI^(Theta)] in solution is

When 1.5mol of CuCI_(2).2H_(2)O is dissolved in enough water to make 1.0L of solution. Given: K_(f)CuCI^(Theta) 1.0 (K_(f) is the formation constant of CuCi^(o+)) [CI^(Theta)] in solution is

When 1.5mol of CuCI_(2).2H_(2)O is dissolved in enough water to make 1.0L of solution. Given: K_(f)CuCI^(Theta) 1.0 (K_(f) is the formation constant of CuCi^(o+)) [CiCI^(o+)] in solution is

When 1.5mol of CuCI_(2).2H_(2)O is dissolved in enough water to make 1.0L of solution. Given: K_(f)CuCI^(Theta) 1.0 (K_(f) is the formation constant of CuCi^(o+)) [CiCI^(o+)] in solution is

When 1.5mol of CuCI_(2).2H_(2)O is dissolved in enough water to make 1.0L of solution. Given: K_(f)CuCI^(Theta) 1.0 (K_(f) is the formation constant of CuCi^(o+)) [Cu^(2+)] in solution is

When 1.5mol of CuCI_(2).2H_(2)O is dissolved in enough water to make 1.0L of solution. Given: K_(f)CuCI^(Theta) 1.0 (K_(f) is the formation constant of CuCi^(o+)) [Cu^(2+)] in solution is

The pH of the a solution containing 0.4 M HCO_(3)^(-) is : [K_(a_(1)) (H_(2)CO_(3)) = 4 xx 10^(-7), K_(a_(2)) (HCO_(3)^(-)) = 4 xx 10^(-11)]