The cell creates new cells in a process called Mitosis. One important fact about this process is that there are six steps. The six steps are Interphase, Prophase, Metaphase, Anaphase, Telophase, and Cytokinesis. Another fact is that cell reproduction can be compared to copying papers, sorting them afterwards, and then stapling. This is like Mitosis because the chromosomes duplicate, come together, line up, and are divided. A chromosome is like a book of laws or directions for the cell. The daughter cells created are similar from the parent cells because they have the same amount of chromosomes. For example, if a parent cell has twenty chromosomes then the two daughter will also have twenty because each of the parent’s chromosomes divided into two so then there were forty. After that the forty chromosomes were divided into the two cells so they each have twenty. During the process errors are avoided by having three safety checkpoints in case a cell is not mature enough. When a cell is not ready, the cycle stops until the cell is more mature. Finally, the Mitosis process takes up to twenty-four hours for most human cells.
Cities laws are usually all the same but depending on the population, they could have special laws. One interesting fact in support of this is in San Jose and Sunnyvale of California, grocery stores may not provide plastic bags because they create too much waste in their area. Another fact is when Mountain View’s growth rate spiked because of new industries, the traffic grew and caused more accidents in the city. This means that the amount of people living in the city affect the environment and the city’s laws. In contrast, the cell never has different laws. Only when there is a mutation of the cell is when it might cause a change in the cell’s laws.
It is obvious that the cell is much better at growing, developing, and making duplicates of itself because it results in less problems. According to “Growing to Fast in China”, a city that grows too fast could result in problems with education. With such a fast growing city, Leiyang struggles to supply the whole city with water and electricity. Traffic jams are also a problem because of Leiyang’s tiny city with almost a million people. On the other hand, a cell always has the same number of chromosomes as its other duplicates, and there is usually never problems with supplying water and energy to the cell unless the animal or plant is not eating. In sum, resulting in less problems, the cell is much better at growing, developing, and making duplicates of itself.
Cities laws are usually all the same but depending on the population, they could have special laws. One interesting fact in support of this is in San Jose and Sunnyvale of California, grocery stores may not provide plastic bags because they create too much waste in their area. Another fact is when Mountain View’s growth rate spiked because of new industries, the traffic grew and caused more accidents in the city. This means that the amount of people living in the city affect the environment and the city’s laws. In contrast, the cell never has different laws. Only when there is a mutation of the cell is when it might cause a change in the cell’s laws.
It is obvious that the cell is much better at growing, developing, and making duplicates of itself because it results in less problems. According to “Growing to Fast in China”, a city that grows too fast could result in problems with education. With such a fast growing city, Leiyang struggles to supply the whole city with water and electricity. Traffic jams are also a problem because of Leiyang’s tiny city with almost a million people. On the other hand, a cell always has the same number of chromosomes as its other duplicates, and there is usually never problems with supplying water and energy to the cell unless the animal or plant is not eating. In sum, resulting in less problems, the cell is much better at growing, developing, and making duplicates of itself.