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This article tackles a practical mixing problem where a 5-liter mixture with a blueness quotient (BQ) of 40% is combined with a 10-liter mixture having a BQ of 85%. We explore the calculation required to determine the BQ of the resulting new mixture. By applying the principles of weighted averages in mixture problems, we can accurately find the resultant blueness quotient. This example illustrates how to manage mixtures in practical chemistry scenarios and enhance our understanding of concentration changes during mixing processes.
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SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 40% 85%
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? ?% 85% 40%
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 40% of 5 L 85% of 10 L
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 40% of 1 L 40% of 1 L 40% of 1 L 40% of 1 L 40% of 1 L 85% of 1 L 85% of 1 L 85% of 1 L 85% of 1 L 85% of 1 L 85% of 1 L 85% of 1 L 85% of 1 L 85% of 1 L 85% of 1 L
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 100% of 0.4L 100% of 0.4L 100% of 0.4L 100% of 0.4L 100% of 0.4L 100% of 0.85L 100% of 0.85L 100% of 0.85L 100% of 0.85L 100% of 0.85L 100% of 0.85L 100% of 0.85L 100% of 0.85L 100% of 0.85L 100% of 0.85L
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 0.4L of 100% 0.6L of 0% 0.4L of 100% 0.6L of 0% 0.4L of 100% 0.6L of 0% 0.6L of 0% 0.4L of 100% 0.6L of 0% 0.4L of 100% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0% 0.85L of 100% 0.15L of 0%
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100% 15 0.3 L 0% 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100% 0.7L of 100%
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 70% of 5 L 70% of 10 L
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 70% of 15L
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? 40% of 5L 85% of 10L
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 1. Five liters of mixture with a blueness quotient (BQ) of 40% is mixed with ten liters of a BQ of 85%. What is the BQ of the new mixture? ?% of 15L 40% of 5L 85% of 10L
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 2. Your jar currently has 200 mL of liquid with a blue quotient (BQ) of 0.4. You want to increase its BQ to 0.55. You have 3000 mL of Mixture R with a BQ of 0.6. How much of Mixture R should you pour into your jar? Jar Mixture R
SABEMAS Oct 13, 2010 Mixing Mixtures 0.0 1.0 0.5 3. Your jar currently has 200 mL of liquid with a BQ of 0.4. You want to increase it to 800 mL of liquid but with a BQ of 0.55. What can you do if you only have 1000 mL of Mixture Y with a BQ of 0.1 and 2000 mL of Mixture Z with a BQ of 0.85? Mixture Y Jar Mixture Z