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

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Presentation transcript:

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 Welcome Who wants to be a millionaire 50:50

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Always solid C: Never solid B: Usually solid D: Copper 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 Metals are

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Bad conductors C: Good conductors B: Bus conductors D: Insulators 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 Metals are usually

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Some are C: True B: False D: Most are 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 Metals are magnetic

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Sodium C: Magnesium B: Gold D: Potassium 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 Copper is more reactive than

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Discrete reaction C: Neutralisation reaction B: Replacement reaction D: Displacement reaction 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 When one metal kicks another out, this is a

You’ve reached the £1,000 milestone !

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Lemonade C: Cola B: Lemon water D: Limewater 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 The test for carbon dioxide is

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Cloudy C: Neutral B: See-through D: Red 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 When limewater is reacted with carbon dioxide, it goes

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Carbon dioxide C: Hydrogen B: Water D: Limewater 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 acid + alkai  salt +

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Blue C: Green B: Red D: Purple 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 UI indicator is this colour when it is at pH 7 (neutral)

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Absorbs energy C: Changes colour B: Releases energy D: Smells 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 An exothermic reaction

You’ve reached the £32,000 milestone !

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Fuel C: Fire B: Water D: A car 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 Combustion needs heat, oxygen and

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: > 100g products C: 110g products B: < 100g products D: 100g products 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ g of reactants will make

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Copper dioxide C: Copper oxide B: CuO 2 D: CO 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 Copper + oxygen 

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: Ca(C)O 3 C: CaCO 2 B: CaCO 3 D: CaCO 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 The formula for calcium carbonate is

£ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100

A: 1 type of atom C: 1 electron B: 1 atom D: Many types of atom 50: £ 1 Million £ 500,000 £ 250,000 £ 125,000 £ 64,000 £ 32,000 £ 16,000 £ 8,000 £ 4,000 £ 2,000 £ 1,000 £ 500 £ 300 £ 200 £ 100 An element has

You’ve won £1 Million !

PLAY AGAIN? back