For the given reaction: MеBrz +2 KOH- 2 KBr + Mg(ОН)2 in an experiment, 85 g MgBr2 is allowed to react with 85 g of KOH . How many moles of excess reactant remains at the end of the reaction? (Mw of MGB12: 184.1 g/mol, Mw of KOH: 56.1 g/mol) 0.592 mol MgBr2 a. 0.465 mol MgBr2 Ob. 1.548 mol KOH Oc. 1.329 mol MgBr2 Od. 0.592 mol KOH Oe.
For the given reaction: MеBrz +2 KOH- 2 KBr + Mg(ОН)2 in an experiment, 85 g MgBr2 is allowed to react with 85 g of KOH . How many moles of excess reactant remains at the end of the reaction? (Mw of MGB12: 184.1 g/mol, Mw of KOH: 56.1 g/mol) 0.592 mol MgBr2 a. 0.465 mol MgBr2 Ob. 1.548 mol KOH Oc. 1.329 mol MgBr2 Od. 0.592 mol KOH Oe.
Introductory Chemistry: A Foundation
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Author:Steven S. Zumdahl, Donald J. DeCoste
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Chapter15: Solutions
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Problem 77QAP: 77. Explain why the equivalent weight of H2SO4 is half the molar mass of this substance. How many...
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![For the given reaction:
MGB12 +2 KOH→ 2 KBr + Mg(OH)2
in an experiment, 85 g MgBr2 is allowed to react with 85 g of KOH. How many moles of excess reactant remains at the end of the reaction?
(Mw of MgBr2: 184.1 g/mol, Mw of KOH: 56.1 g/mol)
0.592 mol MgBr2
Oa.
0.465 mol MgBr2
Ob.
1.548 mol KOH
Oc.
1.329 mol MgBr2
Od.
0.592 mol KOH
Oe.
A Moving to the next question prevents changes to this answer.
Question 10 of 20](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F68666e1d-82e2-4b18-9d34-181b951501f7%2F65e2efbd-0ee4-4509-a570-d22b5603d1a5%2F61cw57p_processed.png&w=3840&q=75)
Transcribed Image Text:For the given reaction:
MGB12 +2 KOH→ 2 KBr + Mg(OH)2
in an experiment, 85 g MgBr2 is allowed to react with 85 g of KOH. How many moles of excess reactant remains at the end of the reaction?
(Mw of MgBr2: 184.1 g/mol, Mw of KOH: 56.1 g/mol)
0.592 mol MgBr2
Oa.
0.465 mol MgBr2
Ob.
1.548 mol KOH
Oc.
1.329 mol MgBr2
Od.
0.592 mol KOH
Oe.
A Moving to the next question prevents changes to this answer.
Question 10 of 20
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