Relacionar Columnas Technical materials propertiesVersión en línea Match each property with its definition por Marta Alcaraz González 1 This is the capacity of a material to go from a solid to liquid when the temperature increases. 2 This refers to the capacity of certain materials to transfer sound. 3 This is the capacity of materials to deform permanently. 4 This refers to the capacity of certain materials to transfer electricity. 5 This is how a material increases in size when the temperature increases. 6 This is the capacity of materials to go back to their original shape after a force is applied to them. 7 This refers to the capacity of certain materials to transfer heat. Acoustic conductivity Plasticity Thermal expansion Fusibility Thermal conductivity Elasticity Electric conductivity 1 This is the ability of a material to let water or other liquids run through it. 2 This is the resistance of a material to scratching. 3 This refers to the ability of a material not to break when it’s hit by sometimes. 4 This is the capacity of materials to make into threads. 5 This is the capacity of a material to bear external forces without breaking. 6 This is the capacity of materials to make into sheets. 7 This refers to the ease with which a material rusts, that is, if it reacts with oxygen in air or water. Permeability Mechanical resistance Ductility Toughness Hardness Malleability Oxidation 1 This is the resistance of a material to scratching. 2 This refers to the ability of a material not to break when it’s hit by sometimes. 3 This refers to the capacity of certain materials to transfer heat. 4 This is how a material increases in size when the temperature increases. 5 This is the capacity of materials to make into sheets. 6 This is the ability of a material to let water or other liquids run through it. 7 This is the capacity of a material to go from a solid to liquid when the temperature increases. 8 This refers to the capacity of certain materials to transfer sound. 9 This is the capacity of a material to bear external forces without breaking. 10 This is the capacity of materials to deform permanently. 11 This is the capacity of materials to make into threads. 12 This is the capacity of materials to go back to their original shape after a force is applied to them. 13 This refers to the ease with which a material rusts, that is, if it reacts with oxygen in air or water. 14 This refers to the capacity of certain materials to transfer electricity. Fusibility Oxidation Toughness Thermal conductivity Acoustic conductivity Ductility Elasticity Permeability Plasticity Hardness Electricl conductivity Thermal expansion Malleability Mechanical resistance
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