living things move while non living things not
Living things like bugs grow. Non-living things like rocks or water, don't grow at all.
Living things grow and produce offspring of their own kind .
non-living things move by magic
Living things are organized in hierarchical levels, from cells to tissues to organs to organ systems, and exhibit growth, reproduction, and response to stimuli. Non-living things lack this level of organization and do not exhibit the characteristics of living organisms.
Organisms are living and exhibit characteristics such as growth, reproduction, and response to stimuli. They are made up of cells, undergo metabolism, and have the ability to evolve. Non-living things do not possess these attributes and are not capable of self-replication or adaption to the environment.
Non-living things tend not to move without outside influence.
accretion
accretion
Living things, as the name suggests, are lively and active. They are made up of cells; exhibit characteristics of life, like growth, movement, reproduction, response to stimuli; they evolve, and require energy for daily activities. Some of the daily life examples of living things around us are human beings, animals, plants and micro organisms.Non-livings things do not exhibit any characteristics of life. They do not grow, respire, need energy, move, reproduce, evolve, or maintain homeostasis. These things are made up of non-living materials. Some examples of non-living things are stones, paper, electronic goods, books, buildings, and automobiles.
Living things differ from non-living things because living things can function by themselves and don't need to be controlled by humans.
Living things are organisms that exhibit characteristics such as growth, reproduction, and response to stimuli. Non-living things do not possess these characteristics and are typically inanimate objects. To distinguish between living and non-living things, we can look for signs of life such as movement, growth, reproduction, and the ability to respond to stimuli. Living things also require energy and nutrients to survive, while non-living things do not have these requirements.
In non-living things, growth is considered extrinsic because it does not involve the internal development or replication of the materials that make up the object. Instead, growth in non-living things typically results from the external addition of new materials or components to the existing structure. Examples include the growth of ice in a freezer or the accumulation of dust on a surface.