If 10 grams of AgNO3 is available, what volume of 0.25 M AgNO3 solution can be prepared? Chemistry Solutions Solution Formation 1 Answer anor277 Sep 20, 2016 Approx. #0.25*L#, but you should make a better approximation Explanation: #"Moles of silver nitrate"# #=# #(10*g)/(169.87*g*mol^-1)# #=# #0.0589*mol#. We require #0.25*mol*L^-1# #AgNO_3(aq)#, i.e. #(0.0589*mol)/"Volume of solution"# #=# #0.25*mol*L^-1# Or #"Volume of solution"# #=# #(0.0589*cancel(mol))/(0.25*cancel(mol)*L^-1)# #~=# #0.25*L# Answer link Related questions How can temperature affect the formation of a solution? How can the formation of a solution be exothermic or endothermic? How does the formation of a solution involve energy? How do you find heat of formation of a solution? Which factors promote the formation of solutions? Which two processes are at equilibrium in a saturated sugar solution? Why do solutes lower the freezing point? Why does solution formation require energy? Why do solutes dissolve in solvents? What solvent dissolves silicone? See all questions in Solution Formation Impact of this question 22947 views around the world You can reuse this answer Creative Commons License