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the material that has all the qualities to go to space is aluminum

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In this experiment what we have done has been to build a structure to know if the material absorbs the impact or not.

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Cooper:120+140+100/3=120
Aluminium:80+70+100/3=83,3
Brass:200+190+200/3=196
Steel:200+210+220/3=210
Wood:0
Stone:110+160+120/3=130
Plastic:0
Polystyrene:200+200+230/3=210

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Cooper:  120 + 140+100=
Aluminium:
Brass:
Steel:
Wood:
Stone:
Plastic:
Polystyrene:

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In this experiment what we did was put each material one by one on a scale and see how it weighed.

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Copper:  71,72 g
Aluminium: 22,89 g
Brass: 68,80 g
Steel:62,77 g
Wood: 6,01 g
Stone: 23,20 g
Plastic:7,17g
Polystyrene: 0,10 g

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Copper: Its colour is a brown, its kind of heavy.
Aluminum:Its platinium, its not mat heavy.
Brass:Its a colour gold,  its heavy
Steel:Its a loxicater brown ,its heavy it  smeñlls like metal.
Wood: Its light brown, its very light heavy
Stone:Its black and gray.
Plastic: Its bone white.
Polystyrene:Its white , its super light  heavy

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In this experiment, what we did was look at the material we had and its characteristics

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Copper: non-magnetic
Aluminium: non -magnetic
Brass: non-magnetic
Steel: magnetic
Wood: non-magnetic
Stone: magnetic
Plastic: non-magnetic
Polystyrene: non-magnetic 
Aluminium alloy (6061): non-magnetic

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In this experiment, what we did was take a magnet and pass it over the stones

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Copper:  Conductor
Aluminium:  Conductor
Brass: Conductor
Steel: Conductor
Wood:Insulator
Stone:Insulator
Plastic: Insulator
Polystyrene: Insulator

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What we did was carry out different experiments to find out which one is the best to take to space.

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In this experiment what we did was analyze the materials, color, size...