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100 200 -100 -200 -300 0 Temperature( o C) Volume (L) 1 2 3 Temperature (in degrees C) Volume / L Data for 0.0446 mol H 2 (g) at 1 atm(101.3 kP 0.0 1.00 50.0 1.18 100.0 1.37 150.0 1.55 Data for 0.100 mol H 2 (g) 1 atm (101.3 kPa) 0.0 2.24 50.0 2.65 100.0 3.06 150.0 3.47 Charles’ Law following Temperature-Volume data for two molar quantities of H 2(g) , on the w. Extend the trend lines until they cross the Temperature axis (x-axis). Appendix 8 Jason Fisher, Danny Hickie

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Appendix 8. Jason Fisher, Danny Hickie. Charles’ Law. Graph the following Temperature-Volume data for two molar quantities of H 2(g) , on the grid below. Extend the trend lines until they cross the Temperature axis (x-axis). 3. 2. Volume (L). 1. 0. 100. 200. -200. -100. -300. - PowerPoint PPT Presentation

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100 200-100-200-300 0

Temperature( oC)

Volu

me

(L)

1

2

3

Temperature (in degrees C) Volume / L

Data for 0.0446 mol H2(g) at 1 atm(101.3 kPa)

0.0 1.00

50.0 1.18

100.0 1.37

150.0 1.55

Data for 0.100 mol H2(g) 1 atm (101.3 kPa)

0.0 2.24

50.0 2.65

100.0 3.06

150.0 3.47

Charles’ Law

Graph the following Temperature-Volume data for two molar quantities of H2(g), on thegrid below. Extend the trend lines until they cross the Temperature axis (x-axis).

Appendix 8 Jason Fisher, Danny Hickie

Page 2: 100

Temperature (in degrees C) Volume / L

Data for 0.0446 mol H2(g) at 1 atm(101.3 kPa)

0.0 1.00

50.0 1.18

100.0 1.37

150.0 1.55

Data for 0.100 mol H2(g) 1 atm (101.3 kPa)

0.0 2.24

50.0 2.65

100.0 3.06

150.0 3.47

Charles’ Law – Sample Completed Copy

Graph the following Temperature-Volume data for two molar quantities of H2(g), on thegrid below. Extend the trend lines until they cross the Temperature axis (x-axis).

Appendix 8 ctd

-300 -250 -200 -150 -100 -50 0 50 100 150 2000

0.5

1

1.5

2

2.5

3

3.5

4

Charles' Law

0.0446 mol H2(g) at 1 atmLinear (0.0446 mol H2(g) at 1 atm)0.100 mol H2(g) at 1 atmLinear (0.100 mol H2(g) at 1 atm)

Temperature (°C)

Volu

me

(L)

Jason Fisher, Danny Hickie

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