Name 1. What is stoichiometry? 2. When 57.0 g copper are reacted with silver nitrate solution, Copper(II) nitrate and silver 138 g are obtained. Cu + AGNO3 → Cu(NO3)2 + _ Ag (unbalanced) What is the percent yield of silver obtained? 3. Calculate the percent yield of AgBr if 375.0 g of the compound are obtained from 200.0 g of MGB12. MgBr2 +2 AgNO; → Mg(NO3)2 +2 AgBr 4. Calculate number of moles in these quantities. a) 5.001 x 1024 molecules of CO2 b) 27.18 g NaCI
Name 1. What is stoichiometry? 2. When 57.0 g copper are reacted with silver nitrate solution, Copper(II) nitrate and silver 138 g are obtained. Cu + AGNO3 → Cu(NO3)2 + _ Ag (unbalanced) What is the percent yield of silver obtained? 3. Calculate the percent yield of AgBr if 375.0 g of the compound are obtained from 200.0 g of MGB12. MgBr2 +2 AgNO; → Mg(NO3)2 +2 AgBr 4. Calculate number of moles in these quantities. a) 5.001 x 1024 molecules of CO2 b) 27.18 g NaCI
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
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1. What is stoichiometry?
2. When 57.0 g copper are reacted with silver nitrate solution, Copper(II) nitrate and silver 138 g
are obtained.
Cu +
AGNO3 →
Cu(NO3)2 + _
Ag (unbalanced)
What is the percent yield of silver obtained?
3. Calculate the percent yield of AgBr if 375.0 g of the compound are obtained from 200.0 g
of
MGB12.
MgBr2 +2 AgNO; → Mg(NO3)2 +2 AgBr
4. Calculate number of moles in these quantities.
a) 5.001 x 1024 molecules of CO2
b) 27.18 g NaCI](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4463fe58-173c-4775-a40a-851b460100aa%2F53377ab1-4d9a-45a8-8556-184c4e350540%2F62on0sn.jpeg&w=3840&q=75)
Transcribed Image Text:Name
1. What is stoichiometry?
2. When 57.0 g copper are reacted with silver nitrate solution, Copper(II) nitrate and silver 138 g
are obtained.
Cu +
AGNO3 →
Cu(NO3)2 + _
Ag (unbalanced)
What is the percent yield of silver obtained?
3. Calculate the percent yield of AgBr if 375.0 g of the compound are obtained from 200.0 g
of
MGB12.
MgBr2 +2 AgNO; → Mg(NO3)2 +2 AgBr
4. Calculate number of moles in these quantities.
a) 5.001 x 1024 molecules of CO2
b) 27.18 g NaCI
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