The three levels found in multicellular organisms are cells, tissues, and organs. Cells make up tissues, tissues make up organs, and organs work together in organ systems to carry out specific functions for the organism.
Single-celled organisms consist of just one cell, which performs all necessary life functions, while multicellular organisms are composed of multiple cells that work together, often specializing in different tasks. Single-celled organisms reproduce asexually, typically through binary fission, whereas multicellular organisms can reproduce sexually or asexually. Additionally, single-celled organisms often have simpler structures and metabolic processes compared to the complex organization and differentiation found in multicellular organisms.
It depends on what you mean if you mean 3 plant species then here you go:Elm TreeRoseFernIf you mean 3 organs in a plant cell here you go:NucleusChloroplastsRibsomes
Cells in a multicellular organism differ from those in a single-celled organism in several key ways. First, multicellular organisms exhibit cellular differentiation, where cells specialize for specific functions, whereas single-celled organisms perform all life processes within one cell. Second, multicellular organisms have complex communication systems that coordinate activities among various cell types, while single-celled organisms rely on simpler internal mechanisms. Finally, multicellular organisms often have a higher level of organization, forming tissues, organs, and systems, which allows for greater complexity and efficiency in their overall biological functions.
multicellular organisms are able to do much more specialized functions than single cell organisms. for example a dog can see visible light waves because it has eyes that are specially built for seeing some types of light while a single cell organism cannot see light or do very many things besides eat.
Multicellular organisms are able to do lots of other things because they are made up of different kinds of cells. Having many different cells that are specialized for specific jobs allows multicellular organisms to perform more functions than unicellular organisms. they also allow us to have a longer lifespan. than multicellular organismshttp://sciencefun4all.net/Life_Sci/03Cells_CellsInAction/JournalTopics/Multicellular.html
1.Tissue 2. Organ 3. Organ system 4. Organism
1. Cells 2. Tissues 3. Organs 4. Organ Systems 5. Organisms
Bacteria, yeast, and amoebas are all examples of non-multicellular organisms.
human beingstreelion
1. cells 2. tissues 3. organs 4. organ systems
Single-celled organisms consist of just one cell, which performs all necessary life functions, while multicellular organisms are composed of multiple cells that work together, often specializing in different tasks. Single-celled organisms reproduce asexually, typically through binary fission, whereas multicellular organisms can reproduce sexually or asexually. Additionally, single-celled organisms often have simpler structures and metabolic processes compared to the complex organization and differentiation found in multicellular organisms.
Three differences between unicellular and multicellular organisms is that unicellular organisms are microscopic and can live in extreme temperatures. Multicellular organisms are much larger and have systems and organs.
Growth, development, and repair.
It depends on what you mean if you mean 3 plant species then here you go:Elm TreeRoseFernIf you mean 3 organs in a plant cell here you go:NucleusChloroplastsRibsomes
Depends on how you look at it: 1) Evolution 2) Eukaryotic sexual reproduction 3) Blastocysts Etc...
The 5 kingdoms are fungi, plante, eubacteria, protista, and animalia. But only 3 out of the 5 are multicellular. The three kingdoms that are multicellular are: 1) fungi 2) animalia 3) plante
1. cells 2. tissues 3. organs 4. organ systems