Houck

=Corey Houck's Page=



1. No they do not appear to be moving. They are not moving, because they have not been exposed to any direct light. If they would have been exposed to sun light, they would be moving. They would be moving because of photosynthesis and every part in the one cell would be moving in the same direction. All the cells would be moving in the same directions and at the same speed. 2. Yes, in each cell the parts are all moving the same direction. No, the direction of the parts in each cell in different depending on the individual cell. Yes, they are all moving at the same speed. 3. Yes, the chloroplasts have a structure for the locomotion.

You should answer your questions as if I do not know the question. What are they? You should have used chloroplast instead of they. There is no strucure for locomotion in chloroplast! We talked about it.

1. The potato cells both have a cytoplasm, cell wall, and leucoplasts. 2. No, there does not seem to be any chloroplast in either potato cell. 3. The iodine is orange when it leaves the bottle. It stains the starch cells black or blue. 4. Yes, there is starch in potatos cells. It is located within the organelles, which means it is not throughout the entire cell. This is apparet because the cytoplasm is not stained by the iodine. 5. There is not chloroplast because the potato is grown under grown, which means it doesn't need photosynthesis to exist.



1. Yes, they do because they is no starch in onions. 2. No it doesn't because the bulk of an onion is grown underground, so it seems there should some starch in it. But, it seems like the part of the onion that is grown above the ground receives the sunlight and sends it through the rest of the onion. Once again, if I have to go look up the question, you could have worded differently. 1. No, it is not more than one cell thick, which means it is only one cell thick. 2. The size of the cells are pretty much the same, and the shape is like a stop sign or a slightly distorted stop sign. 3. For the most part I see a green pigment, which has many different shades throughout the cell. 4. The plastids in tomatoes are chromoplasts. 5. The cell wall is pretty thick, when compared to the actual cell's thinkness. 1. The color of the cell is clear with a hint of pink or purple. 2. The shape of the cell is like the shape of the tomato cell because it is in the shape of a stop sign. 3. The cell wall of the tomato pulp is really thin, while the cell wall of the tomato skin is very thick. 4. The tomato skin needs to have a thicker cell wall because it uses it to protect the tomato from foreign objects. Since, the pulp cell walls aren't used to protect, they don't have to be as thick as the tomato skin cells. 5. The structure of the chromoplast is that they are clustered in areas within the cells. No, it isn't different than the tomato skin arrangement. 6. The skin has more color because it is only one layer, so it needs to have all the color it can get within the one layer. Since the pulp has many layers, the color can be diluted, and the pulp still looks like it has the same color as the tomato skin. 1. The cell walls are very thin and numerous. 2. The color of the pigments are anywhere from white to a light pink. 3. The pigments are dispersed throughout the cytoplasm. 4. Yes, this could be the same pigment because the colors are close to each other and both are dispersed throughout the entire cell. 1. No, they do not possess a cell wall, they possess a cell membrane. 2. Yes, they do have the same shape and are all the same even though some of them under the microscope are folded or distorted. 3. Yes, the cell does possess a vacuole and a nucleus. No, there is no chloroplast in a human cell, only in plant cells.

1. Both plant and animal cells have a cell membrane. They also both have a cytoplasm and a nucleus. Both have DNA in them that is linear. Lastly, they are the smallest working units within their respective homes. 2. Plants have a cell wall, and a human cell does not. Also, plant cells have different plastids, like chloroplasts, chromoplasts, and leucoplasts. These are the structural differences between animal and plant cells. 3. They will both have the same DNA. They will both have the same pigment, or color, since they are from the same organism. Lastly, they will have the same shape or form. 4. The purpose of staining the cells is to detect if there is any starch within that cell.

teacher note: Photos and labels great. Wording in your sentences could have been better. No means of olcomotion in chloroplast. 92% 