no
no no
no
No, because the only way to carry out life's processes is to have the essential organs. For example, If you looked inside your liver, you wouldn't see any organs like a stomach, heart, liver, esophagus, etc.
No, because the only way to carry out life's processes is to have the essential organs. For example, If you looked inside your liver, you wouldn't see any organs like a stomach, heart, liver, esophagus, etc.
Yes, organs carry out their own life process.
No, an organ system is composed of multiple organs working together to perform specific functions necessary for the organism's survival. The life processes of the organ system are integrated with those of other systems in the body to maintain homeostasis and support overall bodily function.
NO!since an organ system only works as a separate unit just like an organelle of cell so it causes the maintainance of life but isn't a life on its own .hope the answer satisfied you
An organism is a living thing that can carry out life processes on its own. Organisms can grow, reproduce, maintain homeostasis, respond to stimuli, and obtain and use energy to carry out these processes independently.
yes Carrie has i have met her be4 ANSWER: No actually Carrie Underwood lives in Nashville Tn.
I think not. Laura did not write a book about Carrie having children. Carrie might have had some, or just one. But I think Carrie knew Laura had a baby, and Carrie wanted to do the same. THat's what I think. Carrie married a widower who already had children from before his first wife had died. Carrie became a mother to these children and raised them as her own. However she never gave birth to any children herself. Comment: But then again, she didn't write about her daughter's little boy.
Producers use about 90 percent of the food energy they make during photosynthesis for their life processes.
Most of the energy for life processes originally comes from the sun. Through the process of photosynthesis, plants and other autotrophic organisms convert sunlight into chemical energy that is then used by heterotrophic organisms for their own life processes.