Podcast
Questions and Answers
What is the initial volume of acid in Vessel A before any solutions are exchanged?
What is the initial volume of acid in Vessel A before any solutions are exchanged?
- 5 litres
- 2 litres
- 3 litres
- 6 litres (correct)
After transferring 2 litres of solution from Vessel B to Vessel A, what is the total volume of solution in Vessel A?
After transferring 2 litres of solution from Vessel B to Vessel A, what is the total volume of solution in Vessel A?
- 8 litres (correct)
- 6 litres
- 12 litres
- 10 litres
What is the ratio of acid to water in Vessel B after transferring 2 litres of solution to Vessel A and then back to Vessel B?
What is the ratio of acid to water in Vessel B after transferring 2 litres of solution to Vessel A and then back to Vessel B?
- 5:3
- 15:7 (correct)
- 12:8
- 10:6
How much water is present in Vessel B before any solution is transferred?
How much water is present in Vessel B before any solution is transferred?
After transferring solutions between the vessels, what will the final volume of solution in Vessel B be?
After transferring solutions between the vessels, what will the final volume of solution in Vessel B be?
Flashcards
Initial Ratio of Acid and Water in Vessel A
Initial Ratio of Acid and Water in Vessel A
The initial ratio of acid to water in Vessel A is 3:1. This means for every 3 liters of acid, there is 1 liter of water.
Initial Ratio of Acid and Water in Vessel B
Initial Ratio of Acid and Water in Vessel B
The initial ratio of acid to water in Vessel B is 5:3. This means for every 5 liters of acid, there are 3 liters of water.
Transferring Solution from Vessel B to Vessel A
Transferring Solution from Vessel B to Vessel A
When 2 liters of solution are transferred from Vessel B to Vessel A, the amounts of acid and water in Vessel B decrease by a factor of 1/4 (since 2 liters is 1/4 of 8).
Transferring Solution from Vessel A to Vessel B
Transferring Solution from Vessel A to Vessel B
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Final Ratio of Acid and Water in Vessel B
Final Ratio of Acid and Water in Vessel B
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Study Notes
Vessel Information
- Two vessels, A and B, each hold 8 liters of a mixture of acid and water.
- Vessel A has a 3:1 ratio of acid to water.
- Vessel B has a 5:3 ratio of acid to water.
Transferring Solutions
- 2 liters of solution from Vessel B are transferred to Vessel A.
- 2 liters of solution from Vessel A are transferred to Vessel B.
Calculating Quantities in Vessels
- Detailed calculations of the amounts of acid and water in each vessel after each transfer are required to determine the final ratio in Vessel B.
- This requires careful consideration of the proportion of acid and water in each initial volume.
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Description
Test your understanding of acid-water mixtures with this quiz focused on two vessels' ratios and transfers. Calculate the final quantities and ratios after transferring solutions between vessels A and B. Perfect for students learning about mixtures and ratios in chemistry.
