1. If you mix 200 ml of 0.100 M Pb(NO,), and 300 ml of 0.200 M MgCl, how much PbCl, precipitate will you form? Pb(NO,)zta) + MgCl{ag) O PbCl4) + Mg(NO;)2{a)

Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter15: Acid–base Equilibria
Section: Chapter Questions
Problem 98AP
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Solution Stoichiometry is the procedure for calculating the molar concentration or volume of solution products or
reactants. Below is the guide in calculating the amount of substances asked in the problems.
|
Mass
A
Volume
(g)
Volume
A
B
(L)
Molarity A
(L)
X Molarity A
• Molarity B
X Mole Ratio
Mole
X Molarity B
Mole
A
B
A- given substance
Volume B
(mol)
K Mole Ratio (mol)
Volume A
Molarity
A
X Volume B
B- substance that is asked
Molarity
X Volume A
(M)
(M)
Mass
(g)
Answer the following problems. Balance the equation before doing the calculations.
1. If you mix 200 ml of 0.100 M Pb(NO,)k and 300 ml of 0.200 M MgCl, how much PbCl, precipitate will you
form?
Pb(NO,)2{ag) + MgClta9) O PbClz4, + Mg(NO,)2{aa)
Molar Mass
X Molar Mass
Ssey JeyoyX
-Molar Mass
Transcribed Image Text:Solution Stoichiometry is the procedure for calculating the molar concentration or volume of solution products or reactants. Below is the guide in calculating the amount of substances asked in the problems. | Mass A Volume (g) Volume A B (L) Molarity A (L) X Molarity A • Molarity B X Mole Ratio Mole X Molarity B Mole A B A- given substance Volume B (mol) K Mole Ratio (mol) Volume A Molarity A X Volume B B- substance that is asked Molarity X Volume A (M) (M) Mass (g) Answer the following problems. Balance the equation before doing the calculations. 1. If you mix 200 ml of 0.100 M Pb(NO,)k and 300 ml of 0.200 M MgCl, how much PbCl, precipitate will you form? Pb(NO,)2{ag) + MgClta9) O PbClz4, + Mg(NO,)2{aa) Molar Mass X Molar Mass Ssey JeyoyX -Molar Mass
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