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Which of the following organisms do NOT have cell walls?

Which of the following organisms do NOT have cell walls?. plants fungi bacteria animals. Which of the following is NOT true of plasma membranes?. Folded membranes increase surface area for efficiency. Folded membranes do not form compartments in the cell.

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Which of the following organisms do NOT have cell walls?

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  1. Which of the following organisms do NOT have cell walls? • plants • fungi • bacteria • animals

  2. Which of the following is NOT true of plasma membranes? • Folded membranes increase surface area for efficiency. • Folded membranes do not form compartments in the cell. • Endoplasmic reticulum is made up of folded membranes. • Ribosomes are sometimes attached to folded membranes.

  3. Folded membranes are an advantage to a cell because _____. • cell processes can be more efficient • the membranes provide a large surface area • the membranes form interconnected compartments • all of these

  4. All living things are made up of _____. • cells • cork • wastes • cellulose

  5. What do electron microscopes use to focus and magnify an image? • glass lenses • X rays • electron beams • light

  6. Each of the following is a main idea of the cell theory except _____. • all organisms are composed of cells • the cell is the basic unit of organization of organisms • all cells are similar in structure and function • all cells come from preexisting cells

  7. The scientist who first described living cells as seen through a simple microscope was _____. • van Leeuwenhoek • Schleiden • Hooke • Schwann

  8. If a cell contains a nucleus, it must be a(n) _____. • plant cell • eukaryotic cell • animal cell • prokaryotic cell

  9. A plasma membrane is made up of a(n) _____. • cholesterol layer • enzyme bilayer • phospholipid bilayer • protein layer

  10. Which is not a way that Figure 7-2 is a model of cellular theory? • bricks are small units in a building • bricks are solid • there are many bricks in a building • bricks are organized to make a larger unit

  11. What would happen to the structure in Figure 7-4 if part D is completely removed? • the ends would become tangled • it would disintegrate • it would have holes in it • it would collapse in on itself

  12. Where are you least likely to find water in the structure shown in Figure 7-4 (hydrophobic) • A • B • C • E

  13. Which structure in Figure 7-6 is the cell control center? • A • G • I • M

  14. Which structure in Figure 7-6 maintains homeostasis? • B • D • H • L

  15. Which structure in Figure 7-6 transforms energy? • C • G • J • K

  16. Which structure in Figure 7-6 sorts and transports? • B • G • I • M

  17. A cell contains the structure shown in Figure 7-7. What other cell structure that is not found in all eukaryotic cells is likely to be found in this cell? • mitochondria • ribosomes • cell wall • plasma membrane

  18. One advantage of electron microscopes over light microscopes is their _____. • size • higher magnification • two-dimensional image • use of live specimens

  19. Because the phospholipid molecules and some proteins are free to move, the plasma membrane is said to be a ____. • bilayer • solid • fluid mosaic • fatty acid

  20. Cell structures that contain digestive enzymes are ____________________. • mitochondria • lysosomes • ribosomes • Golgi apparatus

  21. In a cell, the sites of protein synthesis are the ____________________. • mitochondria • lysosomes • ribosomes • Golgi apparatus

  22. The small, membrane-bound structures inside a cell are ____________________. • organs • nuclei • organelles • gross

  23. The movement of materials into and out of the cells is controlled by the ____________________. • organelles • nucleus • brain • plasma membrane

  24. An organism with a cell that lacks a true nucleus is a(n) ____________________. • paramecium • eukaryote • prokaryote • mitochondria

  25. In a cell, the breakdown of molecules in order to release energy occurs in the ____________________, they are the “powerhouses” of the cell. • mitochondria • lysosomes • ribosomes • Golgi apparatus

  26. Short, hairlike projections used for locomotion are ____________________. • really short legs • cilia • flagella • microtubules

  27. In plants, the structures that transform light energy into chemical energy are called ____________________. • nucleus • nucleolus • endoplasmic reticulum • chloroplasts

  28. The network of tiny rods and filaments that forms a framework for the cell is called the ____________________. • cilia • flagella • cytoskeleton • plasma membrane

  29. The pigment that gives plants their green color is ____________________. • chlorophyll • green crayons • ink • lysosomes

  30. The folded system of membranes that forms a network of interconnected compartments inside the cell is called the _________________________. • Golgi apparatus • mitochondria • endoplasmic reticulum • ribosomes

  31. The functions of a eukaryotic cell are managed by the ____________________. • nucleus • nucleolus • mitochondria • endoplasmic reticulum

  32. A structure outside the plasma membrane in some cells is the ____________________. • cytoskeleton • nucleus • cell membrane • cell wall

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