NaCI (20.0 g) and AgNO3 (20.0 g) are dissolved in water and allowed to react (Reaction 2). Answer questions (a - f). Include phase labels where appropriate and balance all equations. (Molar masses (grams/mole): Na = 23.0; CI = 35.5; Ag = 107.9; N = 14.0; O = 16.0) NaCl(aq)+ AgN0;(aq) →? + ? Reaction 2 Write the complete molecular equation and identify the precipitate. For this you will need to predict the products of the reaction. Include phase labels and balance the equation. а. b. Write the complete ionic equation and identify the spectator ions. С. Write the net ionic equation.

NaCI (20.0 g) and AgNO3 (20.0 g) are dissolved in water and allowed to react (Reaction 2). Answer questions (a - f). Include phase labels where appropriate and balance all equations. (Molar masses (grams/mole): Na = 23.0; CI = 35.5; Ag = 107.9; N = 14.0; O = 16.0) NaCl(aq)+ AgN0;(aq) →? + ? Reaction 2 Write the complete molecular equation and identify the precipitate. For this you will need to predict the products of the reaction. Include phase labels and balance the equation. а. b. Write the complete ionic equation and identify the spectator ions. С. Write the net ionic equation.

EBK A SMALL SCALE APPROACH TO ORGANIC L

4th Edition

ISBN:9781305446021

Author:Lampman

Publisher:Lampman

Chapter2: Crystallization

Section: Chapter Questions

Problem 3Q

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