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TTTT 4. You dissolve 50 grams of CaBr2 and 100 grams of Ca(NO3)2 into the same 2.50 liters of water. No chemical reaction happens. Calculate the moles of CaBr₂ Calculate the moles of Ca(NO3)2 No volume conversion is needed. Volume is already in liters. .Write the balanced dissociation equations for CaBr2 and Ca(NO3)2 Calculate the molarity of CaBr₂ in the solution. • Calculate the molarity of Ca(NO3)2 in solution. • Calculate the molarity of the Ca2+, NO3, and Br in the solution. Formula Mass of CaBr₂ = Formula Mass of Ca(NO3)2 = Moles CaBr₂ = Moles Ca(NO3)2 = Volume (1) = Dissociation Equation CaBr2 Dissociation Equation Ca(NO3)2 [CaBr₂] = [Ca(NO3)2] = [Ca²+] = [Br] =[ NO₂] = Answer Your calculations & equations

TTTT 4. You dissolve 50 grams of CaBr2 and 100 grams of Ca(NO3)2 into the same 2.50 liters of water. No chemical reaction happens. Calculate the moles of CaBr₂ Calculate the moles of Ca(NO3)2 No volume conversion is needed. Volume is already in liters. .Write the balanced dissociation equations for CaBr2 and Ca(NO3)2 Calculate the molarity of CaBr₂ in the solution. • Calculate the molarity of Ca(NO3)2 in solution. • Calculate the molarity of the Ca2+, NO3, and Br in the solution. Formula Mass of CaBr₂ = Formula Mass of Ca(NO3)2 = Moles CaBr₂ = Moles Ca(NO3)2 = Volume (1) = Dissociation Equation CaBr2 Dissociation Equation Ca(NO3)2 [CaBr₂] = [Ca(NO3)2] = [Ca²+] = [Br] =[ NO₂] = Answer Your calculations & equations

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter4: Stoichiometry: Quantitative Information About Chemical Reactions
Section: Chapter Questions
Problem 6PS: The formation of water-Insoluble silver chloride is useful in the analysis of chloride-containing...
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4. You dissolve 50 grams of CaBr2 and 100 grams of Ca(NO3)2 into the same 2.50 liters of water. No chemical reaction happens. Calculate the moles of CaBr2 Calculate the moles of Ca(NO3)2 •No volume conversion is needed. Volume is already in liters. • Write the balanced dissociation equations for CaBr₂ and Ca(NO3)2 Calculate the molarity of CaBr2₂ in the solution. • Calculate the molarity of Ca(NO3)2 in solution. • Calculate the molarity of the Ca²+, NO3, and Br in the solution. Formula Mass of CaBr₂ = Formula Mass of Ca(NO3)2 = Moles CaBr₂ = Moles Ca(NO3)2 = Volume (1) = Dissociation Equation CaBr2 Dissociation Equation Ca(NO3)2 [CaBr₂] = [Ca(NO3)2] = [Ca²+] = [Br] =[ NO; ] = Answer Your calculations & equations
Transcribed Image Text:4. You dissolve 50 grams of CaBr2 and 100 grams of Ca(NO3)2 into the same 2.50 liters of water. No chemical reaction happens. Calculate the moles of CaBr2 Calculate the moles of Ca(NO3)2 •No volume conversion is needed. Volume is already in liters. • Write the balanced dissociation equations for CaBr₂ and Ca(NO3)2 Calculate the molarity of CaBr2₂ in the solution. • Calculate the molarity of Ca(NO3)2 in solution. • Calculate the molarity of the Ca²+, NO3, and Br in the solution. Formula Mass of CaBr₂ = Formula Mass of Ca(NO3)2 = Moles CaBr₂ = Moles Ca(NO3)2 = Volume (1) = Dissociation Equation CaBr2 Dissociation Equation Ca(NO3)2 [CaBr₂] = [Ca(NO3)2] = [Ca²+] = [Br] =[ NO; ] = Answer Your calculations & equations
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