These are called multi-celled organisms.
Cells are organized into tissues, which then form organs. These organs work together in organ systems to carry out specific functions in the organism. Overall, multicellular organisms have a hierarchical organization of cells, tissues, organs, and organ systems to support their complex physiological functions.
All living things are made up of cells. Single celled plants and animals have one cell each. Many bacteria, algae and other microscopic plants and animal can be multi-cellular. Large plants and animals (higher order) can have trillions of cells each.
When there are more components to a system, like having more cells, then there is a greater potential for more complex behaviors. With more complexity, there can be some advantages for survival. The interesting thing is that we still have here on earth, very simple organisms that are composed of one or just a small number of cells, and we also have organisms that are composed of a large number of 'small' cells. The jury is still not out on which are more successful. As an example, if we complex humans with a large number of small cells launch a nuclear attack against each other, we would all die, but the cockroaches would probably survive because, in part, they are made of a smaller number of cells. Which anatomy has a better advantage? It's hard to say.
That is referred to as a biotic community, which consists of various species living in a specific ecosystem.
Multicellular organisms require specialized organs and systems because in multicellular organisms, different jobs are done by different cells that are specialized, e.g. A blood cell carries oxygen. A nerve cell sends and receives signals. In multicellular organisms different functions are divided among different cells. The cells in multicellular organisms are organized in ways the enables them to survive and reproduce. For any multicellular organism to survive, different cells must work together. The right type of cell must be in the right place to do the work that need to be done.
multicellular
The answer is yes. If by large you mean composed of one or more cells.
Cells
Cells are the smallest unit of life. Large groups of cells with the same purpose are called tissue, groups of tissue with the same purpose form organs, organs with similar purposes form systems and systems form organisms.
Cells in large organisms are typically referred to as somatic cells, which make up the majority of the body's tissues and organs. These cells are specialized to perform specific functions within the organism.
All organisms have cells. Tarsiers are large creatures, so they obviously have many cells.
One Large
Glaciers are not composed of cells; they are composed of H2O molecules. Only living things, such as plants and animals, are composed of cells.
Yes, tigers are organisms themselves; they are large carnivorous mammals classified as part of the species Panthera tigris. Like all living organisms, tigers are composed of cells and exhibit characteristics such as growth, reproduction, and response to their environment. They play a vital role in their ecosystems as apex predators.
Cells are organized into tissues, which then form organs. These organs work together in organ systems to carry out specific functions in the organism. Overall, multicellular organisms have a hierarchical organization of cells, tissues, organs, and organ systems to support their complex physiological functions.
All living things are made up of cells. Single celled plants and animals have one cell each. Many bacteria, algae and other microscopic plants and animal can be multi-cellular. Large plants and animals (higher order) can have trillions of cells each.
Large organisms have mechanisms to regulate the osmotic pressure inside their cells, maintaining them within a safe range. They also have structural support from tissues and cell walls. Additionally, large organisms have efficient waste removal systems that prevent the buildup of harmful substances inside cells.