Regardless the size of an organism, whether only a few cell layers thick or comprised of many trillions of cells like ourselves, the maximum possible size or volume of a cell is very limited. Cells depend upon the free diffusion of nutrients in and out of their cell membrane. As a cell grows larger, its level of surface area to volume decreases and it becomes more difficult to effectively transport nutrients sufficient for their size across the membrane. They are also limited by the relative strength of the cell wall or cell membrane. The greater a cell's volume, the more pressure is being exerted on the membrane and if the pressure were to become too high, the cell would burst. As a result of these physical limitations, cells of any respective tissure are generally the same size accross species.
Cells are most efficient at a certain size. If they become too large, there is not enough surface area to take in all the necessary materials for the cell to function. If the cell is too small, they can take in more materials than necessary, which allows them to grow.
A cell can grows only as much as it can with the materials it can absorb, and the most efficient size is generally the same despite the organism.
Binary fission is a method of asexual reproduction in which an organism splits into two. It is found in bacteria and other single-celled organisms eg protozoa.
That is a hilarious question-thx,you made my day. It's actually a good one though. I would guess they do. But mabe not, as the smaller mammels have the smaller small intestins, and a COW'S-well you can just imagine!
because they are at the relatively perfect size for being efficient. any bigger and they would create more waste and need more nutrients, any smaller and it would cause their organelles to be inefficient. and they do get bigger in order to divide but only 2x as big to create to normal sized cells. this doesnt effect the cell because all of its organelles are duplicated as well
The fungi called slime molds do and some other fungi do in certain stages of their life/reproductive cycle. But no, most fungi like other organisms have normal sized cells with only one nuclius.
A larger fruit (say, a cantaloupe) will naturally contain more DNA than a smaller one (example: a small grape). However, I am sure that this method would not work for similar sized fruits, or for fruits of varying sizes that are cut to be the same mass. For that, you would have to factor in what part of the fruit it came from, and then actually do a DNA extraction experiment which, albeit sounds fun, is too time consuming for me
microscope, though you will find that this is not true. a larger animal will still have cells of roughly the same size as smaller or differently sized animals.
The weight of an average sized Pomeranian is about 4 pounds. Generally, there are some that are larger and there are some that are smaller, but this is the average.
Earth is smaller than even the smallest star, not counting dead stellar remnants.
Earth is smaller than even the smallest star, not counting dead stellar remnants.
Small sized animals need less food as compared to large sized animals. A field of plants can support more numbers of small animals as compared to large sized animals which need more food, it is why smaller animals are numerous .
No. Electrons are all the same size
Either South America (18 million km2) or Antarctica (14 million km2) might be considered "medium sized."Australia and Europe are smaller, North America and Africa are larger, and Asia is much larger.
First things first, the sun is a star, and it is a medium sized star. Some stars are larger than the sun, and some are smaller.
A Shelby mustang has a larger sized motor and the original ford mustang has a smaller motor.
No. Sleet consists of small pellets of ice typically pea sized or smaller. Pea sized hail is common, but in some instances hail can be larger than softballs.
Pressure is defined as force divided by area. If you divide by a smaller number, you get a larger result. Try it out with some numbers.
Cleavage furrow, which is what is shown during cytokinesis, "makes the cell smaller" because it is dividing it in two. During interphase, the cell had to enlarge its size by almost double, and cytokineses divides it into normal sized cells.