Respiration and photosynthesis. Respiration provides the cell with oxygen while photosynthesis provides it with carbon dioxide. Both functions release what is needed for the other. Therefore, these functions interact.
One example of a cell that can live on its own is an "organelle." Organelles are found inside eukaryotic cells and perform specific functions to keep the cell alive and functioning properly.
Organ systems work together to perform specific functions necessary for an organism's survival. For example, the circulatory system distributes oxygen and nutrients to cells, while the respiratory system enables gas exchange. Without these coordinated efforts, an organism would not be able to maintain homeostasis and would likely not survive.
Metabolism is the name given to the whole range of chemical changes needed to keep an organism alive. It includes processes such as breaking down food for energy, building and repairing cells, and removing waste products.
If an organism's internal temperature becomes too high, it can denature its proteins, disrupting cellular functions and potentially leading to cell death. This can cause damage to tissues and organs, impacting overall health and potentially leading to death if the temperature is not brought back to normal.
cells work together to make tissue and tissue works together to form organs and organs help your systems keep you alive. CELLS, TISSUE, ORGANS, SYSTEMS.
yes, cells do help one another to keep any organism alive.
it should be alive Zoe .m
Metabolic processes or metabolism is the activity required to keep an organism alive. This process is the processing of food for life and energy for nutrients and nutrition.
Cells stay alive through a combination of processes such as metabolism (obtaining energy from nutrients), maintaining internal balance (homeostasis), self-repair, and reproduction. These processes ensure cells have the necessary resources to function properly and carry out their various functions within the organism.
they diffrentiate
The Gaia hypothesis treats the Earth as a self-regulating organism where the biotic and abiotic components interact to maintain conditions suitable for life. It proposes that the Earth functions as a single, self-regulating system that helps to keep the planet in homeostasis.
In a single-cell organism, homeostasis interacts with the external environment to regulate the internal conditions of the cell, such as temperature and pH. This allows the cell to maintain a stable internal environment despite fluctuations in the surrounding conditions.
To support a living organism
Organelle
Transport Medium
The term that includes all the life activities required to keep an organism alive is "metabolism." Metabolism involves processes such as obtaining nutrients, converting them into energy, and eliminating waste products to sustain life.
One example of a cell that can live on its own is an "organelle." Organelles are found inside eukaryotic cells and perform specific functions to keep the cell alive and functioning properly.