B1
- Created by: Finn
- Created on: 28-01-20 12:18
| V | N | M | O | N | Q | U | I | W | L | Q | D | Y | P | X | U |
| N | L | G | H | W | D | T | C | K | S | W | B | D | M | S | E |
| H | D | E | E | M | C | V | Q | S | H | W | U | H | Y | G | N |
| J | Y | U | H | C | L | V | L | G | E | C | S | I | U | A | D |
| K | H | E | E | K | C | M | E | V | H | K | H | D | Q | G | U |
| L | E | B | H | C | F | D | D | O | E | H | S | H | W | H | W |
| B | I | E | E | B | L | V | V | R | H | H | I | D | S | X | P |
| U | D | U | H | Y | O | H | P | U | V | E | H | I | E | B | M |
| S | B | V | E | H | T | E | O | M | D | I | E | D | Q | J | A |
| B | E | E | H | V | C | H | N | S | H | D | H | B | Y | S | H |
| D | H | K | I | J | Q | E | J | V | E | H | F | D | O | X | Q |
| U | E | A | N | A | Q | B | O | B | X | E | D | V | H | K | U |
| D | V | V | T | G | R | I | E | V | E | U | B | E | R | R | B |
| H | V | F | O | A | X | B | A | U | K | D | S | S | L | D | C |
| D | M | I | N | T | K | C | J | F | A | V | I | K | M | H | A |
| J | G | L | K | Q | Q | W | Q | O | A | O | C | Y | J | L | M |
Clues
- Compare the processes of aerobic and anerobic respiration (9)
- Describe DNA (7)
- Describe how a light microscope and staining can be used to view a cell (10)
- Explain how electron microscopy has increased our understanding of sub cellular structures (9)
- Explain the breakdown of carbohydrates, fats and proteins (9)
- Explain the effect of temperature, light intensity and carbon dioxide concentration on the rate of photosynthesis (9)
- Explain the functions of the sub cellular structures in a prokaryotic cell (9)
- Explain the process of photosynthesis (9)
- Label a light microscope (10)
- Why is photosynthesis important? (6, 4)
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