Want this question answered?
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.
what is a single celled organism that can carry on all its life
There are many parts of homeostasis that must be maintained in order for you to stay alive. The regulation of temperature, blood sugar level, calcium level, not to mention cycles such as cellular respiration are all important in maintaining life. If one fails, all will fail and the organism will die.
The difference is that a unicellular organism has one cell and has a shorter life, is much smaller, and has a larger amount of predators. A multicellular organism has a larger size meaning less predators and larger animals, longer life because unlike unicellular organism who just die after losing its only cell a multicellular organism stays alive, and a big difference is multicellular organism have specialized cells like heart muscle cells, and brain cells.
Yes because a cell is the smallest organism that can carry out life processes.
Life processes can take place when an organism is alive and functioning. Without living organisms, life processes cannot occur.
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.
In order for anything to be alive, it has to carry out all seven life processes
Since viruses are not alive they can not have life processes.
an organism
Its an organism
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.
A place where organism spends his/her life is habitat.
an organism
what is a single celled organism that can carry on all its life
To stay alive or liviing
Life processes are the processes in which keep you alive and clarify you as an organism (living thing). The life processes are: respiration, circulation, excretion, nutrition, transport, growth/development and synthesis