The flag is red and green, so is their football uniform.
so far Brett gardner has played
because they had lots of room to plant this specific plant so they did. that's why they had so many stocks of it..
In the Victorian workhouse times the poor people had to wear a uniform so the outside knew they were poor and knew they were from the workhouse.
The Nazi's wanted all the Jews to look alike so they wouldn't have trouble telling them apart they didn't think that the Jews were even to them so they thought to save them some hassle so they didn't have to stop everyone and ask to see there number every time they walked by!!! The Jews were prisoners in the concentration camp and the striped pajamas were the uniform for the concentration camps.
the plant cells contains cell wall which has a thick membrane which gives the plant cell regular shape most likely a rectangular shape. the animal cells are round or irregular because they do not have rigid cell walls.
Plant cells have a rigid structure, while animal cells have a more flexible structure.Explanation...A plant cell contains a cell wall (made primarily of cellulose) which gives the cell a rigid structure. Animal cells do not contain cell walls, so they have a more flexible structuredefined by their underlying cytoskeleton.Both plant cells and animals divide.In both plant cells and animal cells, the DNA is stored in the nucleus.Plant cells carry out photosynthesis, while animal cells do not.------------------------------------------------------------------
Plant cells have a rigid cell wall made of cellulose that provides structural support and protection, which animal cells lack. The cell wall allows plant cells to maintain their shape and prevents them from bursting when excess water enters the cell. Additionally, plant cells have a large central vacuole filled with water, which also contributes to their rigidity.
Animal cells do not produce cell walls. This is a key difference between animal and plant cells, as plant cells are surrounded by a rigid cell wall composed of cellulose, while animal cells have a flexible cell membrane that does not contain a cell wall.
cell walls are in plant cells, because the cell wall is rigid (up to many micrometers in thickness) and gives plant cells a very defined shape. While most cells have a outer membrane, none is comparable in strength to the plant cell wall. The cell wall is the reason for the difference between plant and animal cell functions. Because the plant has evolved this rigid structure, they have lost the opportunity to develop nervous systems, immune systems, and most importantly, mobility. An animal cell floats freely in the body, so it doesn't need a cell wall, and can't live with a cell wall.
Plasmolysis occurs only in plant cells due to their rigid cell walls, which provide structural support and maintain cell shape. When plant cells are placed in a hypertonic solution, water exits the cell, causing the cytoplasm to shrink away from the cell wall. This process highlights the difference between plant and animal cells; animal cells lack a cell wall, so they would simply undergo cytolysis or shrinkage without the structural context provided by a rigid wall. Thus, plasmolysis is a phenomenon specifically associated with the unique characteristics of plant cell structure.
Plant cells are supported by rigid cell walls made largely of cellulose. Cellulose is a complex carbohydrate that provides structural support and protection for the plant cell. It is a key component that helps maintain the shape and integrity of the cell.
Plant cells are not necessarily square, and animal cells are not necessarily round. Both types of cells are usually compressed against their neighbors. Animal cells are more flexible, so alone, they will generally be rounder, whereas plant cells are confined by a cell wall, which keeps them rigid.
When a plant doesn't receive enough water, there is a loss of turgor pressure within the plant cells, causing the plant to wilt. However, the cell walls of the plant remain rigid even when wilting due to the presence of structural components like cellulose. So, while the plant may appear wilted, the cell walls provide some structural support, maintaining the plant's overall shape.
plant cells are less complex than animal cells; They are one uniform shape and they have a thick cell wall so you can see in a microscope that they are seperated and boxed around, so the world "cell" came around (like a prison cell is a square and boxed around) This are my thoughts and my best guess Hope this helps :)
There are many distinguishing features that allow you to tell the difference between plant and animal cells. For example, plant cells have a rigid cell wall, and so are much more likely to have a rigid (rectangular) shape. Animal cells are much more likely to have an irregular shape. Another quick way is to look for the presence of chloroplasts - little green organelles - which are easily identified. These are found in plant cells, but not animal cells.
Polar views are more commonly seen in animal cells because they lack a rigid cell wall like plant cells. This allows animal cells to change shape more easily, making it easier to observe them from different angles. Plant cells, on the other hand, have a rigid cell wall that can limit their flexibility and ability to be viewed from various angles.