Protists are the most diverse group of organisms on Earth... they're kind of the group that evolutionary biologists and scientists can't place in any other of the animal, plant, bacteria, fungi groups so they get a group of their own.
So, some are more complex than bacteria, and some aren't.
Eukaryotes are organisms with a "true" nucleus and membrane-bound organelles. This means that their DNA is covered by a phospholipid membrane and contains various organelles made of same materials. In that sense, many things are considered eukaryotic. Mammals, birds, reptiles, amphibians, fish, plants, and even protists are all eukaryotes.
No, trees do not have nerves like animals or humans. Trees do have a complex network of cells and tissues that help them sense and respond to their environment, but they do not have a central nervous system like animals do.
The sense of sight is considered to be the most important sense for human beings.
Unicellular organisms are single celled and self sufficient. They can survive without the help of other cells. They are complex as the cell is complex. Many people consider them simple creatures. Multicellular organisms are composed of many cells and there is usually some for of division of labor among the cell eg. tissue, organs, organ systems. A multicellular organisms is much more complex since there is an interdependence of cells making up their body. Their cells seem to be more specialized in a way as to complement the entire organism. Their cells have lost their independence and cannot live alone out side the organism. The entire organism depends upon the health of all its cells to survive. Nerve cells cannot do what muscle cells can do functionally. In a single celled organism they have the mechanisms to move, reproduce, sense the environment all in one.
No, water is not typically considered a product in the traditional sense, as it is a natural resource that is essential for life.
Bacteria can be consumed by other microorganisms like protists and fungi, as well as by certain animals like amoebas. Viruses are not considered living organisms and do not have a metabolism to be "eaten" in the traditional sense. However, viruses rely on infecting host cells to replicate and spread.
Eukaryotes are organisms with a "true" nucleus and membrane-bound organelles. This means that their DNA is covered by a phospholipid membrane and contains various organelles made of same materials. In that sense, many things are considered eukaryotic. Mammals, birds, reptiles, amphibians, fish, plants, and even protists are all eukaryotes.
Protists are often considered "disgusting" due to their diverse and sometimes peculiar characteristics, which can include slimy textures, unusual shapes, and the presence of harmful pathogens. Animal-like protists, like amoebas, can exhibit behaviors that resemble parasites, while some plant-like protists, such as algae, can bloom excessively, resulting in harmful algal blooms. Fungus-like protists, such as slime molds, can appear decayed or mushy, further contributing to their unappealing reputation. Overall, their varied forms and functions can evoke a sense of discomfort or disgust in many people.
No, trees do not have nerves like animals or humans. Trees do have a complex network of cells and tissues that help them sense and respond to their environment, but they do not have a central nervous system like animals do.
In a sense. Many cells are surrounded by water.
Touch is actually not considered to be a chemical sense. Touch is actually considered to be a physical type sense.
The sense of sight is considered to be the most important sense for human beings.
Cells are not part of cells, your question makes no sense.
You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.You can interpret that question in two ways. In the first sense, cells are selected when you want to do something with them, like copy them or format them. In the second sense, cells are selected when they are highlighted. This can be done with the mouse or keyboard.
Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.Where, in the sense of what part can have borders, can be said to be anywhere. You can have borders around all cells or selected areas. Where in the sense of where you can do it from, you can do it from the Format menu and then picking Cells and Border. You can also do it through the Formatting toolbar.
Eyespot is the organelle that some protists use to detect light. It contains pigments that help the organism sense the direction of light and respond accordingly by moving towards or away from it.
Actually you can. It all depends on whether a complex number is a valid solution in a certain context. In some contexts, complex numbers make sense, in others, they don't.Actually you can. It all depends on whether a complex number is a valid solution in a certain context. In some contexts, complex numbers make sense, in others, they don't.Actually you can. It all depends on whether a complex number is a valid solution in a certain context. In some contexts, complex numbers make sense, in others, they don't.Actually you can. It all depends on whether a complex number is a valid solution in a certain context. In some contexts, complex numbers make sense, in others, they don't.