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[" 25.3g of sodium carbonate,"(Na_(2)CO_(3))" is dissolved in enough water to make "250mL" of "],[" solution.If sodium carbonate dissociates completely,molar concentration of sodium "],[" ion Nat and carbonate ions "CO_(3)^(2-)" are respectively (Molar mass of "Na_(2)CO_(3)=106gmol^(-1)" ) "],[[" a) "0.477M" and "0.477M," b) "0.955M" and "1.910M],[" c) "1.910M" and "0.955M," d) "1.90M" and "1.910M]]

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25.3 g of sodium carbonate, Na_(2)CO_(3) is dissolved in enough water to make 250 mL of solution. If sodium carbonate dissociates completely, molar concentration of sodium ions, Na^(+) and carbonate ions, CO_(3)^(2-) are respectively (Molar mass of NaCO_(3)=106g mol^(-1) )

25.3g of Na_(2)CO_(3) is dissolved in enough water to make 250 ml of solution. If sodium carbonate dissociate completely, molar concentration of sodium ion, Na^(+) and carbonate ions, CO_(3)^(2-) are respectively-

25.3 g of sodium carbonate Na_2CO_3 is dissolved in enough water to make 250 ml of solution. If sodium carbonate dissociated completely, molar concentration of sodium ion, Na^+ and carbonate ions , CO_3^(2-) are respectively (Molar mass of Na_2CO_3=106gmol^-1) .

25.3 of sodium carbonate , Na_2CO_3 is dissolved in enough water to make 250 ml of solution. If sodium carbonate dissociates completely molar concentration of sodium ion, Na^+ and carbonate ions, CO_3^(2-) are respectively (Molar mass of Na_2CO_3=106 g mol^(-1) ).

25.3 g sodium carbonate, Na_(2)CO_(3) , was dissolved in enough water to make 250 mL of solution. If sodium carbonate dissociates completely, molar concentration of Na^(+) and carbonate ions are respectively:

25.3 g sodium carbonate, Na_(2)CO_(3) , was dissolved in enough water to make 250 mL of solution. If sodium carbonate dissociates completely, molar concentration of Na^(+) and carbonate ions are respectively:

pH of sodium carbonate (Na_(2)CO_(3)) solution will be