Question

PART C 1. When a balloon is inflated at constant temperature, both the volume and the pressure will increase. Explain why Boyle's law is not applicable in this example. 2. Draw a graph to indicate how the graph obtained in PART B No. 8 will behave at very high pressure. 3. Consider the following graphs of pressure versus the reciprocal of volume for a given mass of a particular gas. P (kPa) 0 $$T_1$$ $$T_2$$ $$T_3$$ $$\frac{1}{V}$$ ($$cm^{-3}$$) Discuss what happened during this investigation. 4. The following diagrams represents a sealed piston which encloses a gas. 1 2 3 From observation of these diagrams,... 4.1. Which variable decreased when the change from diagram 1 to diagram 3 took place? (1) 4.2. Which variable stayed constant when the change from diagram 1 to diagram 3 took place? (1)

          PART C
1. When a balloon is inflated at constant temperature, both the volume and the pressure will increase. Explain why Boyle's law is not applicable in this example.
2. Draw a graph to indicate how the graph obtained in PART B No. 8 will behave at very high pressure.
3. Consider the following graphs of pressure versus the reciprocal of volume for a given mass of a particular gas.
P (kPa)
0
$$T_1$$
$$T_2$$
$$T_3$$
$$\frac{1}{V}$$ ($$cm^{-3}$$)
Discuss what happened during this investigation.
4. The following diagrams represents a sealed piston which encloses a gas.
1
2
3
From observation of these diagrams,...
4.1. Which variable decreased when the change from diagram 1 to diagram 3 took place? (1)
4.2. Which variable stayed constant when the change from diagram 1 to diagram 3 took place? (1)

part c 1 when a balloon is inflated at constant temperature both the volume and the pressure will increase explain why boyles law is not applicable in this example 2 draw a graph to indicate 81826

Added by Peter L.

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