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Example: how many milliliters of concentrated H2SO4 have 94%, density 1.831 g/cms are required to prepare liter of 0.1 M solution.(M.wt. 98 g/mole) Example: Calculate number of grams in 500 ml silane solution (wt/v %= 0.859 %). Solution: A %) =: wt.solute (g) * 100 V solution (ml) V.

Example: how many milliliters of concentrated H2SO4 have 94%, density 1.831 g/cms are required to prepare liter of 0.1 M solution.(M.wt. 98 g/mole) Example: Calculate number of grams in 500 ml silane solution (wt/v %= 0.859 %). Solution: A %) =: wt.solute (g) * 100 V solution (ml) V.

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
Problem 1.1P
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Example: how many milliliters of concentrated H2SO4 have 94%, density 1.831 g/cm are required to prepare liter of 0.1 M solution.(M.wt. 98 g/mole) Example: Calculate number of grams in 500 ml silane solution (wt/v % = 0.859 %). Solution: wt. wt.solute (g) %) 100 V solution (ml) Example: Calculate the weight percentage of solution prepare by mixing 5.0 gm AgNO, with 100 ml water (density I g/cm). Solution: wt solute (g) wt. %) - wt. 100 wt .solution (8) wt.(AgNO 3) (8) 100 wt solute +wt.solvent
Transcribed Image Text:Example: how many milliliters of concentrated H2SO4 have 94%, density 1.831 g/cm are required to prepare liter of 0.1 M solution.(M.wt. 98 g/mole) Example: Calculate number of grams in 500 ml silane solution (wt/v % = 0.859 %). Solution: wt. wt.solute (g) %) 100 V solution (ml) Example: Calculate the weight percentage of solution prepare by mixing 5.0 gm AgNO, with 100 ml water (density I g/cm). Solution: wt solute (g) wt. %) - wt. 100 wt .solution (8) wt.(AgNO 3) (8) 100 wt solute +wt.solvent
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