GCSE Chemistry – Specific heat capacity
Learning Objectives
-I can describe how objects have different specific heat capacities
-I can recall the units needed for ΔE = mcΔθ
-I can rearrange ΔE = mcΔθ
-I can use ΔE = mcΔθ
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Question 1 of 18
1. Question
What is specific heat capacity?
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Question 2 of 18
2. Question
Which statement about specific heat capacity is true?
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Question 3 of 18
3. Question
If two specific heat capacity values are the same, what does this tell us?
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Question 4 of 18
4. Question
What is ΔE?
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Question 5 of 18
5. Question
What is c in the thermal energy equation?
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Question 6 of 18
6. Question
What is m in the specific heat capacity equation?
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Question 7 of 18
7. Question
What is temperature measured in?
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Question 8 of 18
8. Question
What is the unit of specific heat capacity?
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Question 9 of 18
9. Question
What is mass measured in?
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Question 10 of 18
10. Question
What is the specific heat capacity of water?
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Question 11 of 18
11. Question
How do you change the thermal energy of an object?
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Question 12 of 18
12. Question
Work out ΔE of 1 kg of water which increases by 2°C. The specific heat capacity of water is 4180 J/C kg
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Question 13 of 18
13. Question
Work out ΔE of 0.5 kg of water which increases by 2°C. The specific heat capacity of water is 4180 J/C kg
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Question 14 of 18
14. Question
Work out ΔE of 100 g of aluminium which increases by 4°C. The specific heat capacity of aluminium is 900 J/C kg
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Question 15 of 18
15. Question
Work out ΔE of 1 kg of zinc which increases by 2°C. The specific heat capacity of zinc is 387 J/C kg
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Question 16 of 18
16. Question
Work out ΔE of 400 g of copper which increases by 12°C. The specific heat capacity of copper is 386 J/C kg
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Question 17 of 18
17. Question
Work out ΔE of 350 g of silicon which increases by 20°C. The specific heat capacity of silicon is 705 J/C kg
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Question 18 of 18
18. Question
Work out ΔE of 400 g of copper which increases by 12°C. The specific heat capacity of water is 4180 J/C kg
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