Physics Definitions
- Created by: ADAM
- Created on: 18-04-13 10:05
| X | U | W | E | K | Q | I | T | G | G | D | M | Y | Q | X | Y | A | A | M | F | I |
| F | P | M | G | D | U | S | H | X | H | E | S | T | Q | W | M | L | E | C | Q | S |
| S | R | U | N | B | A | U | E | Q | Q | L | P | I | O | A | C | K | C | E | B | V |
| H | A | I | H | H | N | E | R | T | L | E | E | C | X | L | B | N | N | F | D | V |
| Y | Q | R | N | L | T | B | A | N | B | C | C | A | L | N | H | A | A | T | S | A |
| L | H | B | E | U | U | S | Y | A | M | T | I | P | V | N | J | A | T | R | L | Q |
| U | F | I | W | V | M | I | L | T | Y | R | F | A | D | A | G | L | S | X | Q | K |
| D | S | L | T | W | E | P | E | S | P | I | I | C | W | M | H | O | I | H | B | X |
| C | V | I | O | V | F | B | I | N | A | C | C | T | G | Z | B | T | S | B | W | J |
| K | I | U | N | B | F | G | G | O | N | P | L | A | B | T | R | X | E | W | X | S |
| P | D | Q | S | I | I | G | H | C | L | O | A | E | H | L | V | S | R | K | G | X |
| L | T | E | S | R | C | K | C | O | B | T | T | H | H | O | A | U | C | X | Q | P |
| O | Y | L | E | Q | I | A | R | R | Q | E | E | E | K | B | M | M | I | W | Q | G |
| N | A | A | C | T | E | H | I | D | S | N | N | C | L | N | D | V | R | X | M | V |
| S | E | M | O | J | N | I | T | A | H | T | T | A | A | A | V | O | T | Q | U | A |
| N | P | R | N | K | C | F | E | G | M | I | H | F | T | F | F | E | C | W | F | N |
| H | A | E | D | T | Y | Q | R | A | Y | A | E | R | Q | E | B | T | E | A | C | L |
| W | B | H | L | S | G | Q | I | V | L | L | A | U | K | T | O | K | L | J | H | N |
| J | B | T | A | P | T | C | O | A | F | C | T | S | P | S | F | W | E | O | V | X |
| R | B | U | W | H | O | E | N | M | L | K | E | N | Y | P | B | Y | C | J | V | W |
| D | R | I | I | O | Y | E | T | W | D | O | A | H | Q | O | G | M | I | K | M | J |
Clues
- For two objects to be just resolved the central minimum of the diffraction pattern of one must line up with the first minimum of the diffraction pattern of the other. (3, 8, 9)
- The constant that defines the number of atoms present in one mole. (8, 8)
- The energy emitted per unit time is proportional to: (absolute temperature/temperature in K)^4 (6, 9, 3)
- The energy required to melt/vaporize 1kg of a material. (8, 6, 4)
- The energy required to raise the temperature of a unit area of a planet's surface by one degree. (7, 4, 8)
- The rate of change of momentum is proportional to the applied force. (7, 6, 3)
- The ratio of the number of electrons emitted to the number of photons incident on a pixel. (7, 10)
- The ratio of the potential difference across a component and the current passing through it. (8, 10)
- The work done in moving a unit point charge from infinity to a point in an electric field. (8, 9)
- When the heat flowing into an object equals the heat flowing out of it and therefore the temperature remains constant. (7, 11)
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