GCSE Chemistry – Titration calculations
Learning Objectives
I can calculate the concentration of a solution
I can carry out titration calculations
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Question 1 of 25
1. Question
Mathematically, what is the aim of a titration?
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Question 2 of 25
2. Question
During a titration, what is the concentration being found of?
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Question 3 of 25
3. Question
What are the units for concentration?
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Question 4 of 25
4. Question
What are the units for concentration?
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Question 5 of 25
5. Question
What are the units for the amount of solute?
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Question 6 of 25
6. Question
What are the units for the volume of solution?
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Question 7 of 25
7. Question
What are the units for the volume of solution?
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Question 8 of 25
8. Question
How do you convert from cm^3 to dm^3?
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Question 9 of 25
9. Question
How do you convert from dm^3 to cm^3?
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Question 10 of 25
10. Question
What is the equation to find concentration? Note that volume is in dm^3.
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Question 11 of 25
11. Question
What is the equation to find concentration? Note that volume is in cm^3.
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Question 12 of 25
12. Question
What is the equation to find the amount of solute? Note that volume is in dm^3.
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Question 13 of 25
13. Question
What is the equation to find the volume of solution? Note that volume is in dm^3.
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Question 14 of 25
14. Question
15 grams of calcium hydroxide is dissolved in water, making up a solution of 500 cm^3. What is the concentration of calcium hydroxide?
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Question 15 of 25
15. Question
20 grams of magnesium hydroxide is dissolved in water, making up a solution of 1000 cm^3. What is the concentration of magnesium hydroxide?
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Question 16 of 25
16. Question
1 grams of sodium hydroxide is dissolved in water, making up a solution of 5 cm^3. What is the concentration of sodium hydroxide? Look carefully at your units.
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Question 17 of 25
17. Question
A solution of lithium chloride has a concentration of 100 g/dm^3. Work out the mass of lithium chloride in 500 cm^3 of the solution.
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Question 18 of 25
18. Question
A solution of sodium chloride has a concentration of 50 g/dm^3. Work out the mass of sodium chloride in 400 dm^3 of the solution.
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Question 19 of 25
19. Question
A solution of potassium bromide has a concentration of 25 g/dm^3. Work out the mass of potassium bromide in 240 cm^3 of the solution.
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Question 20 of 25
20. Question
A solution of sodium carbonate has a concentration of 15 g/dm^3. Work out the mass of sodium carbonate in 25 dm^3 of the solution.
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Question 21 of 25
21. Question
A solution of calcium oxide has a concentration of 18 g/dm^3. Work out the mass of calcium oxide in 140 cm^3 of the solution.
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Question 22 of 25
22. Question
A solution of calcium carbonate has a concentration of 8 g/dm^3. Work out the mass of calcium carbonate in 21 dm^3 of the solution.
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Question 23 of 25
23. Question
10 grams of potassium hydroxide is dissolved in water, making up a solution of 100 cm^3. What is the concentration of potassium hydroxide? Look carefully at your units.
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Question 24 of 25
24. Question
300 grams of sodium hydroxide is dissolved in water, making up a solution of 500 cm^3. What is the concentration of sodium hydroxide? Look carefully at your units.
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Question 25 of 25
25. Question
5 grams of potassium hydroxide is dissolved in water, making up a solution of 20 cm^3. What is the concentration of potassium hydroxide? Look carefully at your units.
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