Definitions - G484 and G485
Teacher recommended
?- Created by: BWeir95
- Created on: 07-04-14 17:04
| W | U | I | K | O | I | K | B | Q | L | C | Q | T | S | R | F | W | I | O | H | I |
| V | P | H | L | L | M | D | R | U | B | N | N | U | A | R | A | S | I | C | N | C |
| L | I | N | E | A | R | M | O | M | E | N | T | U | M | V | Y | N | K | S | Y | G |
| L | U | A | O | L | J | U | E | F | X | V | H | B | O | Q | V | X | R | S | G | E |
| Y | J | L | J | C | C | V | H | N | L | K | A | N | G | L | E | D | O | T | O | V |
| Q | X | J | H | K | V | O | S | N | D | X | P | X | M | B | V | Y | Y | R | N | S |
| M | M | T | H | E | P | R | O | T | O | N | N | U | M | B | E | R | Z | C | M | P |
| K | M | A | G | N | E | T | I | C | F | L | U | X | L | I | N | K | A | G | E | N |
| G | G | R | W | Q | B | K | Y | V | Q | T | O | Q | M | K | H | X | Q | S | E | B |
| D | Y | N | E | W | T | O | N | S | F | I | R | S | T | L | A | W | B | Y | T | D |
| T | H | E | N | U | C | L | E | O | N | N | U | M | B | E | R | A | X | E | A | F |
| N | M | O | O | J | K | U | R | L | U | A | R | O | R | S | B | J | J | M | I | P |
| G | R | A | V | I | T | A | T | I | O | N | A | L | F | O | R | C | E | T | B | U |
| T | H | E | R | M | A | L | E | Q | U | I | L | I | B | R | I | U | M | Q | U | X |
| D | C | Q | J | K | X | K | P | Q | J | C | I | T | V | S | V | I | O | B | S | A |
| G | U | I | N | E | L | A | S | T | I | C | C | O | L | L | I | S | I | O | N | A |
| I | N | H | A | C | O | U | S | T | I | C | I | M | P | E | D | A | N | C | E | L |
| G | P | L | N | E | W | T | O | N | S | S | E | C | O | N | D | L | A | W | Q | T |
| K | N | O | I | H | F | G | P | N | T | B | M | L | R | L | N | U | E | J | F | O |
| I | N | R | T | Y | B | Q | O | B | J | Y | L | X | F | S | Q | R | O | F | U | O |
| A | R | B | I | R | O | F | M | J | D | P | W | O | M | H | Q | E | K | U | W | Y |
Clues
- A body at rest or in uniform motion will remain at rest or in uniform motion unless a resultant force acts (7, 5, 3)
- Directly proportional to the product of their masses and inversely proportional to the square of the distance between them (13, 5)
- For a coil - The magnetic flux through the coil multiplied by the number of turns on the coil (8, 4, 7)
- Momentum is conserved but kinetic energy is not (9, 9)
- Number of nucleons in any nucleus (3, 7, 6, 1)
- The mass of an object multiplied by its velocity (6, 8)
- The number of protons in a nucleus (3, 6, 6, 1)
- The rate of change of momentum is directly proportional and acts in the same direction as the resultant force acting upon it (7, 6, 3)
- Two objects at the same temperature (7, 11)
- Used to determine the fraction of the intensity refracted at a boundary between two materials of different acoustic impedances (8, 9)
Comments
Report
Report