CAPE Physics Unit 1 · 2014 · Paper 2 · Question 3(b)(ii)
From your graph, determine the temperature at which the volume is zero.
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- 3(a)Complete Table 2 by inserting the missing values.[2 marks]
- 3(b)(i)Using the data from the table, plot on the grid provided on page 11, a graph of volume against temperature. Use a scale which shows -325 °C to +100 °C on the…[4 marks]
- 3(c)If the gas is cooled enough, would its volume actually become zero? Suggest a reason for your answer.[2 marks]
- 3(d)Determine temperature, in kelvin, at which the length of the gas column would be 70 mm.[3 marks]
- 3(e)(i)Write the equation of state for an ideal gas.[1 mark]
- 3(e)(ii)Outline how this equation is applied in the experiment on page 10.[1 mark]
More practice: the rest of this paper · more Design and Use of Thermometers questions · all CAPE Physics Unit 1 past papers