Sort of true.
Actually only four make up most of all living things (C O H N),
and ten make up 99.9% of living matter
but tiny traces (even a dozen or so atoms) of exotic elements are used (and required) by "higher organisms".
All things in the known universe (excluding antimatter) are in fact made of 118 elements. However in history it was believed that earth, wind, water and fire were the building blocks of everything.
It is abiogenesis that theorizes about the way life could arise from non-living materials. Some may use the term spontaneous generation. A link is provided below to the Wikipedia post.
An element is a substance that cannot be broken into simpler substances by chemical methods, such as Neon or Oxygen.The periodic table contain all known chemical elements.
elements chart
The role of a living thing in its habitat is known as the niche. This is mainly to facilitate interaction with other living things which forms the ecosystem.
False. Living things require more than that.
Well, from what I know, living things are known as living organisms.
Various things such as living organisms, elements, our universe's current era of stars and the occasional unknown and known phenomenon.
Organisms
Nutrients-that-are-not-made-by-living-things are known as nutades.
The biotic or non biotic well known as living things and non living things
All things in the known universe (excluding antimatter) are in fact made of 118 elements. However in history it was believed that earth, wind, water and fire were the building blocks of everything.
living things are known by this following characteristics: Movement, Respiration, Nutrition, Irritability, Growth, Excretion, Reproduction, Death.
The main chemical elements needed to form carbon are oxygen, hydrogen and carbon. This forms simple sugars known as monosaccharides.
Living things get source fibers H2O air and energy it is also known as forensics
The concept that living things can arise from non-living things is known as abiogenesis. This theory suggests that the conditions on early Earth allowed for the formation of simple organic molecules, which eventually led to the development of more complex biological systems. While the exact mechanisms of abiogenesis are still debated, it is thought to have played a crucial role in the origins of life on our planet.
CarbohydratesLipidsNucleic acidsProteinsRubidiumRubidium is not known to be necessary for any living organisms. However, like caesium, rubidium ions are handled by living organisms in a manner similar to potassium ions: they are actively taken up by plants and living animal cells.