1. To view the structure of cell membrane
2. To identify the enzymes outside the organelles
3. To determine the size of various organelles
4. To separate the organelles
To separate the organelles
1. Fluorescent microscope
2. Polarizing microscope
3. Ultraviolet microscope
4. Phase- contract microscope
Fluorescent microscope
1. Light microscope
2. Electron microscope
3. Ultracentrifugation
4. X-ray crystallography
X-ray crystallography
1. It has become separated from other cells
2. It vital forces have been destroyed
3. A change of its surrounding environment has occurred
4. A change in its specific organization has occurred
It vital forces have been destroyed
1. Nucleus
2. Golgi bodies
3. Chloroplasts
4. Membrane separating the nucleus from the cytoplasm
Chloroplasts
1. In a pellet at bottom of the tube
2. In the green band
3. In a dark band above the green band
4. In the supernatant
In a pellet at bottom of the tube
1. The nucleus
2. The cell wall adjacent to the surface of the plasma membrane
3. The cytoskeleton
4. Flagella
Flagella
1. A light microscope with resolution power to 1 nm
2. A scanning electron microscope
3. A transmission electron microscope with maximum magnification of 1,000 X
4. An electron microscope with resolution power of about 2 nanometres
A scanning electron microscope
1. Methylene blue
2. Zinc chloro- iodide
3. Sudan IV
4. Ruthenium red
Zinc chloro- iodide
1. Three meiosis
2. Two meiosis
3. Three mitosis
4. Two mitosis
Three mitosis