Welcome Who wants to be a millionaire 50:50 15 £ 1 Million 14 £ 500,000 Welcome Who wants to be a millionaire 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

Particles which are close together, in a regular pattern are found in 15 £ 1 Million 14 £ 500,000 13 Particles which are close together, in a regular pattern are found in £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Liquids B: Solids C: Gases D: Plasma

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

State(s) which cannot be compressed are 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 State(s) which cannot be compressed are 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Solids B: Liquids C: Solids & Liquids D: Gases

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

When a substance changes from a liquid to gas it has 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 When a substance changes from a liquid to gas it has 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Evaporated B: Condensed C: Melted D: Frozen

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

Diffusion cannot occur in 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 Diffusion cannot occur in 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Liquids B: Solids C: Gases D: Space

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

A solid dissolved in a liquid makes a 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 A solid dissolved in a liquid makes a 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Solvent B: Solute C: Solid D: Solution

congratulations! You’ve reached the £ 1,000 milestone !

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

A substance which cannot dissolve is 15 £ 1 Million A substance which cannot dissolve is 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Soluble B: Dissolved C: Solidified D: Insoluble

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

To separate an insoluble solid from a liquid we can use 15 £ 1 Million 14 £ 500,000 To separate an insoluble solid from a liquid we can use 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Filtration B: Evaporation C: Chromatography D: Distillation

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

When a solute dissolves in solution, the solute’s mass 15 £ 1 Million 14 £ 500,000 13 When a solute dissolves in solution, the solute’s mass £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Increases B: Stays the same C: Decreases D: Dissapears

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

Heat causes diffusion to 15 £ 1 Million 14 £ 500,000 Heat causes diffusion to 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Slow down B: Stay the same C: Go faster D: Stop

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

Distillation separates a liquid from a 15 £ 1 Million 14 £ 500,000 13 Distillation separates a liquid from a £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Solute B: Solution C: Solvent D: Saturated

congratulations! You’ve reached the £ 32,000 milestone !

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

Substance boil at 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: We cannot tell! B: 100oC C: 1oC D: 0oC

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

Particles colliding into a surface causes 15 £ 1 Million Particles colliding into a surface causes 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Diffusion B: Solids C: Liquids D: Pressure

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

Subliming is 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Solid to liquid B: Liquid to gas C: Solid to gas D: Gas to liquid

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

Around an atom orbit 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Neutrons B: Electrons C: Protons D: Particles

15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

The state with no definite volume is 15 £ 1 Million 14 £ 500,000 13 £ 250,000 The state with no definite volume is 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Gas B: Liquid C: Solid D: All of them

congratulations! You’ve won £ 1 Million !

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