Flask A: 25 mL, 8 OH- ions and 4 Ca 2+ ionsFlask B: 25 mL, 6 H+ ions and 6 Cl- ions(a) If each...

Question

Flask A: 25 mL, 8 OH- ions and 4 Ca 2+ ions Flask B: 25 mL, 6 H+ ions and 6 Cl- ions (a) If each sphere
epresents 1.0 x 10^-3 mol of ion, will the equivalence point have been reached when all of B has
een added to A? (b) What is the molarity of B? (c) What additional volume (mL) of B must be added
to reach the equivalence point?
a) The balanced equation of the given reaction is –
         2 22Ca OH 2HCl CaCl H Oaq aq aq l  
If each sphere...

David · Accepted Answer

Flask A: 25 mL, 8 OH- ions and 4 Ca 2+ ions Flask B: 25 mL, 6 H+ ions and 6 Cl- ions (a) If each sphere 
represents 1.0 x 10^-3 mol of ion, will the equivalence point have been reached when all of B has 
been added to A? (b) What is the molarity of B? (c) What additional volume (mL) of B must be added 
to reach the equivalence point?

Flask A: 25 mL, 8 OH- ions and 4 Ca 2+ ionsFlask B: 25 mL, 6 H+ ions and 6 Cl- ions(a) If each sphere represents 1.0 x 10^-3 mol of ion, will the equivalence point have been reached when all of B has...

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