Physics G484 definitions
All the definitions needed for yoru G484 exam :)
- Created by: Emily B
- Created on: 09-12-12 12:42
| M | V | W | C | R | I | T | M | C | H | R | D | S | M | F | X | L | Y | O | Y | J |
| U | V | J | N | F | E | V | B | M | N | I | T | R | F | D | T | A | N | S | M | L |
| I | E | M | F | A | Y | T | L | E | O | J | I | E | K | B | X | T | A | W | E | R |
| R | D | J | C | N | L | I | O | L | I | P | B | T | X | W | H | E | T | H | Y | D |
| B | L | F | L | G | E | H | D | A | S | C | R | A | E | F | N | N | U | G | J | X |
| I | G | F | K | U | C | H | O | S | I | E | O | T | F | P | L | T | R | H | I | J |
| L | B | V | M | L | N | V | Y | T | L | N | Y | S | F | N | I | H | A | T | Y | W |
| I | P | O | M | A | E | H | X | I | L | T | R | F | M | U | U | E | L | I | K | C |
| U | H | I | C | R | R | R | T | C | O | R | A | O | T | I | S | A | F | H | N | D |
| Q | T | S | Q | F | E | F | I | C | C | I | N | N | G | H | S | T | R | M | D | T |
| E | V | G | U | R | F | F | I | O | C | P | O | O | G | I | O | O | E | J | M | L |
| L | N | T | V | E | F | W | D | L | I | E | I | I | L | T | L | F | Q | C | M | B |
| A | D | L | K | Q | I | X | P | L | T | T | T | T | R | C | W | F | U | F | Q | C |
| M | I | R | A | U | D | R | K | I | S | A | A | A | J | L | D | U | E | Y | C | S |
| R | H | D | L | E | E | L | J | S | A | L | T | U | B | A | V | S | N | S | I | J |
| E | C | D | G | N | S | R | K | I | L | F | S | Q | A | K | F | I | C | T | W | S |
| H | L | S | I | C | A | B | B | O | E | O | O | E | L | V | G | O | Y | Q | P | X |
| T | E | O | D | Y | H | R | B | N | N | R | E | M | Q | D | O | N | W | Q | R | M |
| E | A | A | O | O | P | W | G | V | I | C | G | K | Q | V | Q | M | A | V | E | G |
| A | O | K | I | Q | Q | A | I | H | T | E | P | H | N | S | A | J | F | K | I | N |
| L | J | B | C | G | E | D | R | F | F | B | F | V | E | B | R | W | F | F | M | R |
Clues
- A condition when 2 or more objects in contact have the same temperature so there is no net flow of energy between them (7, 11)
- KE is conserved. Momentum and total energy are always conserved (7, 9)
- KE is not conserved; some is tranferred to other forms. Momentum and total energy are always conserved (9, 9)
- Orbit of an artificial satellite which has a period of 1 day. therefore the satellite remains above the same point on the Earths equator (13, 5)
- The energy absorbed by a substance to change its state from solid to liquid without a change in temperature (6, 4, 2, 6)
- The fraction of an oscillation between the vibration of two oscillating particles (5, 10)
- The net force acting on an object moving in a circle; always directed towards the centre (11, 5)
- The rate of change of angle expressed in radian per second. Ѡ = 2*π/T (7, 9)
- The unforced frequency of a freely oscillating object (7, 9)
- This is the equation for an ideal gas. pV=nRT OR pV=NkT (8, 2, 5)
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