Solution A with a mass of 300 g and contains solute A is mixed with 500 g of solution B which is 40% solute B. If MW of solute B is 46 g/mol, what is its molarity after mixing? Sp gr of Solution A = 1.05, Sp gr of Solution B = 1.11 Problem 3 (23-29)Solution A with a mass of 300 g and contains solute A is mixed with 500 g of solution B which is40% solute B.26-28) If MW of solute B is 46 g/mol, what is its molarity after mixing? Sp gr of Solution A = 1.05,Sp gr of Solution B = 1.11

B: 40% B means mass of solute B in solution B =40100×500 g=200 g

Solution A with a mass of 300 g and contains solute A is mixed with 500 g of solution B which is 40% solute B. If MW of solute B is 46 g/mol, what is its molarity after mixing? Sp gr of Solution A = 1.05, Sp gr of Solution B = 1.11

Solution A with a mass of 300 g and contains solute A is mixed with 500 g of solution B which is 40% solute B. If MW of solute B is 46 g/mol, what is its molarity after mixing? Sp gr of Solution A = 1.05, Sp gr of Solution B = 1.11

Introduction to General, Organic and Biochemistry

11th Edition

ISBN:9781285869759

Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres

Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres

Chapter6: Solutions And Colloids

Section6.8: What Is A Colligative Property?

Problem 6.14P

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Solution A with a mass of 300 g and contains solute A is mixed with 500 g of solution B which is 40% solute B.

If MW of solute B is 46 g/mol, what is its molarity after mixing? Sp gr of Solution A = 1.05, Sp gr of Solution B = 1.11

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