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B2H6 can be made by using Lithium hydride LiH. 6LİH + 2BC13 B2H6 + 6LİCI If you mix 624 g of LiH with 2115 g of BC33, you recover 168 g of B2H6. Determine: a) The percent of excess reactant. b) The fractional degree of completion of the reaction. c) The yield of LiCl based on BC13 charged (in g/g).

B2H6 can be made by using Lithium hydride LiH. 6LİH + 2BC13 B2H6 + 6LİCI If you mix 624 g of LiH with 2115 g of BC33, you recover 168 g of B2H6. Determine: a) The percent of excess reactant. b) The fractional degree of completion of the reaction. c) The yield of LiCl based on BC13 charged (in g/g).

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
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B2H6 can be made by using Lithium hydride LiH. 6LİH + 2BCl3 → B2H6 + 6LİCI If you mix 624 g of LiH with 2115 g of BC13, you recover 168 g of B2H6. Determine: a) The percent of excess reactant. b) The fractional degree of completion of the reaction. c) The yield of LiCl based on BC13 charged (in g/g).
Transcribed Image Text:B2H6 can be made by using Lithium hydride LiH. 6LİH + 2BCl3 → B2H6 + 6LİCI If you mix 624 g of LiH with 2115 g of BC13, you recover 168 g of B2H6. Determine: a) The percent of excess reactant. b) The fractional degree of completion of the reaction. c) The yield of LiCl based on BC13 charged (in g/g).
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