Answered: 5g of KClO3 dissolved in water 100mL of…

5g of KClO3 dissolved in water 100mL of water would be known as: Question 4 options: A heterogeneous mixture A solution A Lewis base A suspension

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter15: Solutions

Section: Chapter Questions

Problem 20CR

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Question

5g of KClO3 dissolved in water 100mL of water would be known as:

Question 4 options:

	A heterogeneous mixture
	A solution
	A Lewis base
	A suspension

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Room temperature:   294.0 K Barometric pressure:   770.5 mmHg Vapor of water:   18.6 mmHg Volume of O2 collected:   57.90 mL Density of H2O2:   1.01 g/mL % Composition H2O2:   3.02 % Volume of H2O2 used:   5.00 mL Letter of the unknown solution of H2O2:   B Volume of O2 collected for the unknown:   20.20 mL Calculate the corrected barometric pressure. 752 mmHg I think the o2 pressure is 733.4 Calculate the volume of O2 at STP in mL
Room temperature:   294.0 K Barometric pressure:   763.0 mmHg Vapor of water:   18.6 mmHg Volume of O2 collected:   65.50 mL Density of H2O2:   1.01 g/mL % Composition H2O2:   3.02 % Volume of H2O2 used:   5.00 mL Letter of the unknown solution of H2O2:   C Volume of O2 collected for the unknown:   53.00 mL Calculate the volume of O2 at STP.
Room temperature:   294.0 K Barometric pressure:   763.0 mmHg Vapor of water:   18.6 mmHg Volume of O2 collected:   65.50 mL Density of H2O2:   1.01 g/mL % Composition H2O2:   3.02 % Volume of H2O2 used:   5.00 mL Letter of the unknown solution of H2O2:   C Volume of O2 collected for the unknown:   53.00 mL Calculate the corrected barometric pressure.