Materials Keyword Definitions
- Created by: EnchantedSwift13
- Created on: 25-11-15 10:58
| V | G | V | H | I | S | B | O | X | S | M | M | C | S | A | D | V | D | K | C | D |
| K | F | O | Y | D | L | V | B | W | P | P | A | M | Y | V | C | S | U | S | I | Y |
| Q | Y | L | T | Y | R | S | Y | Y | E | Q | L | N | T | Y | C | G | C | C | B | H |
| S | U | B | I | R | A | Q | Q | S | C | H | L | T | I | S | Y | C | T | G | J | B |
| D | B | E | C | M | U | T | K | T | I | U | E | T | C | Y | E | O | I | W | D | N |
| R | U | S | I | L | H | W | F | T | F | H | A | E | I | T | D | N | L | P | F | F |
| M | C | R | T | U | A | I | R | U | I | C | B | N | T | T | H | D | I | E | C | U |
| B | J | Q | S | K | E | S | E | W | C | I | I | S | S | O | X | U | T | B | Y | U |
| E | S | P | A | I | K | W | S | U | H | J | L | I | A | U | S | C | Y | M | O | L |
| T | M | X | L | Y | U | N | I | K | E | U | I | L | L | G | S | T | Q | B | V | R |
| W | M | W | P | T | G | D | S | X | A | T | T | E | E | H | Q | I | E | R | D | B |
| G | O | U | R | K | J | I | T | B | T | H | Y | S | T | N | T | V | F | I | P | H |
| D | P | S | C | Q | J | W | I | R | C | A | B | T | L | E | K | I | B | T | L | L |
| U | H | B | L | Y | B | F | V | A | A | F | J | R | K | S | J | T | B | T | Y | R |
| U | U | O | L | U | X | X | I | S | P | L | H | E | E | S | C | Y | O | L | M | W |
| V | U | J | E | C | I | U | T | C | A | H | I | N | S | O | L | S | S | E | O | S |
| L | X | L | H | B | P | W | Y | L | C | L | T | G | D | Q | N | X | P | N | J | X |
| K | G | O | L | L | M | O | K | S | I | A | W | T | N | U | N | M | M | E | L | E |
| G | B | Y | K | A | W | G | B | P | T | J | S | H | S | W | A | E | Q | S | I | X |
| S | C | O | A | A | J | W | Y | I | Y | W | U | D | S | M | H | I | F | S | I | L |
| W | W | C | K | P | H | O | S | D | S | A | Y | U | K | B | J | W | N | N | K | E |
Clues
- How strongly a material opposes the flow of electrical current. Measured in Ω∙m (ohm metre) (11)
- How well a material allows the flow of electrical current. A high conductivity indicates a material that readily allows the movement of charge. Measured in Siemens per metre (S/m). (12)
- The ability of a material to withstand sudden loading. (E.g. glass is hard, but if you hit it with a hammer it would smash). Measured in MN/m^2. (9)
- The ability to be drawn into threads or wires. (9)
- The ability to deform under load and return to its original shape. (10)
- The ability to plastically deform and shape a material by the application of pressure e.g. forging. (12)
- The quantity of heat energy required to raise the temperature of 1kg of material by 1° measured in J/kg °C. (8, 4, 8)
- The readiness to deform to a stretched state when a load is applied. Deformation is permanent. (E.g. think what would happen if you pressed your finger into a plastic bag). (10)
- The resistance of a material to breaking under tension. (E.g. in a building the roof will be made of steel because it has a high tensile strength) (7, 8)
- The tendency to break easily or suddenly with little or no extension, e.g. glass. (11)
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