Across
- 4. Cells are so small because their large SA/V decreases the time for ______________ of important substances such as glucose and oxygen
- 5. Examples of single celled organisms, known as __________________ organisms, are bacteria, yeast and amoebas
- 8. Cells in ______________ become specialized to perform specific functions
- 9. Both plant and animal cells need __________ to function. It is the main energy source of cells.
- 11. Burning fossil fuels releases _________________ into the atmosphere; causing these levels to rise to unprecedented levels not seen in at least the last 800,000 years!
- 12. Mostly water, the _________ suspends ribosomes and other cell parts
- 14. Some, but not all, plant cells have these (only if they are involved in photosynthesis)
- 15. All cells (plant and animal) need ____________ to ‘burn’ their glucose
- 16. Proteins are made here (the ‘workers’ of the cell)
- 18. Cellular respiration occurs in the ‘mighty’ _________________________
Down
- 1. A cell part that plant cells have but animals don’t need because animals have bones/muscles/ or other organ-level structure for support
- 2. Animal and plant cells are examples of __________________ cells -- they are more complex and have many different organelles including mitochondria, vacuoles and a nucleus
- 3. Both prokaryotic and eukaryotic cells have a cell _________ ; this cell part determines what comes into or leaves the cell.
- 6. While producers and consumers obtain glucose in different ways, they both use the energy releasing reaction of cellular __________ to obtain chemical energy (ATP)
- 7. Bacteria have _________________ cells - they are very simple and have no nucleus
- 10. The ‘brain’ of the cell; it is the largest cell part in both plant and animal cells
- 13. Producers convert solar energy to chemical energy (glucose) through this process
- 17. In photosynthesis, oxygen is a(n) _____________ (aka product) while in cellular respiration oxygen is an input (reactant)
- 19. Oxygen and glucose are the two ___________ (aka reactants) for cellular respiration
