The reaction of citric acid and sodium bicarbonate,

C_(6)H_(8)O_(7)+3NaHCO_(3)->3CO_(2)+

3H_(2)O+C_(6)H_(5)O_(7)Na_(3)

, is used to make bath bombs fizz when added to water. If a bath bomb is made with

1mol

of

C_(6)H_(8)O_(7)

and

4mol

of

NaHCO_(3)

,\ there isn't enough information to determine the limiting reactant\

NaHCO_(3)

will be the limiting reactant\

C_(6)H_(8)O_(7)

and

NaHCO_(3)

will be stoichiometrically balanced (neither will be limiting)\

C_(6)H_(8)O_(7)

will be the limiting reactant

The reaction of citric acid and sodium bicarbonate, C6H8O7+3NaHCO33CO2+ 3H2O+C6H5O7Na3, is used to make bath bombs fizz when added to water. If a bath bomb is made with 1 mol of C6H8O7 and 4 mol of NaHCO3, there isn't enough information to determine the limiting reactant NaHCO3 will be the limiting reactant C6H8O7 and NaHCO3 will be stoichiometrically balanced (neither will be limiting) C6H8O7 will be the limiting reactant The reaction of citric acid and sodium bicarbonate, C6H8O7+3NaHCO33CO2+ 3H2O+C6H5O7Na3, is used to make bath bombs fizz when added to water. If a bath bomb is made with 1 mol of C6H8O7 and 4 mol of NaHCO3, there isn't enough information to determine the limiting reactant NaHCO3 will be the limiting reactant C6H8O7 and NaHCO3 will be stoichiometrically balanced (neither will be limiting) C6H8O7 will be the limiting reactant