Digestion- breakdown of food substances into simpler forms
Absorption- passage of substances through membranes and into the body
circulation- movement of substances in bodily fluids
Assimilation- changing of absorbed substances into chemically different forms.
Excretion- removal of wastes produced by metabolic reactions
Movement- change in position; motion
Responsiveness- reaction to change
growth- increase in body size without changing shape
Reproduction- production of new organisms and cells
respiration- obtaining oxygen; removing carbon dioxide; releasing energy from foods.
Differentiation- unspecialized to specialized.
No, something nonliving cannot become living. Living organisms are characterized by complex biological processes such as growth, reproduction, and metabolism. These processes require specific organic molecules and structures that nonliving things do not possess.
A molecule on its own is considered nonliving. Molecules are the building blocks of living organisms, but they do not exhibit life processes like growth, reproduction, or response to stimuli on their own.
Ability to move independently and ability to reproduce.
Nonliving
Organisms are living entities that have specific characteristics that distinguish them from non-living entities. These characteristics include the ability to grow, reproduce, respond to stimuli, maintain homeostasis, and adapt to their environment. Organisms also have a complex organization of cells and require energy to carry out life processes.
Scientists distinguish living organisms from nonliving entities by highlighting certain characteristics such as the ability to grow, reproduce, respond to stimuli, maintain homeostasis, and utilize energy. These essential processes are fundamental to the definition of life and help differentiate living organisms from nonliving objects.
the earth is nonliving but has living organisms on it
No, nonliving entities are not organized at the cellular level. Cells are the basic structural and functional units of living organisms, responsible for carrying out essential processes such as metabolism, growth, and reproduction. Nonliving entities, on the other hand, do not possess cellular organization as they lack the biological processes and components found in living organisms.
No, something nonliving cannot become living. Living organisms are characterized by complex biological processes such as growth, reproduction, and metabolism. These processes require specific organic molecules and structures that nonliving things do not possess.
Living and nonliving factors interact in ecosystems through processes like nutrient cycling, energy flow, and habitat modification. For example, living organisms depend on nonliving factors like water and sunlight for survival, while nonliving factors can be influenced by living organisms through processes like decomposition and erosion. Overall, the interactions between living and nonliving factors are essential for maintaining ecosystem balance and stability.
Interactions between living and nonliving parts of the Earth occur in ecosystems. Living organisms rely on nonliving elements like air, water, and soil for survival, while nonliving elements are influenced by the activities of living organisms through processes like decomposition and nutrient cycling. These interactions are essential for the functioning and balance of an ecosystem.
A house is considered nonliving as it does not possess biological functions or processes. It serves as a structure designed for human habitation and does not exhibit characteristics of living organisms like growth, reproduction, or response to stimuli.
A molecule on its own is considered nonliving. Molecules are the building blocks of living organisms, but they do not exhibit life processes like growth, reproduction, or response to stimuli on their own.
All organisms are living.
No. It is nonliving.
Ability to move independently and ability to reproduce.
Nonliving