The sun and the sunlight are the main things for all living things.
The primary source of energy for all living things is ?
ATP is the Energy source for most organisms.
The sun Solar energy is the primary source of energy on earth. Solar energy is the basis of the vast majority of life on earth via the production of carbohydrates by plants which is consumed directly or indirect by other forms of life. the other of energy for life being from deep ocean vents utilized by chemotrophic bacteria.
The Sun is the main and most important energy source.
Electricity
energy source(sun)>producer(grass)>primary consumer(mouse)>secondary consumer(snake)> tertiary(hawk)>decomposer(fungi) All organisms die and get broken down by decomposers
Secondary energy is converted from primary energy sources. Electricity is the most common example of a secondary energy source. Electricity is converted from coal, gas, nuclear plants, windmills, solar panels and even running water.
The source of energy for most organisms is chemical energy and sunlight.
The primary energy source for most living systems is nutrients. Nutrients are elements and compounds that organisms consume and require for survival. Organisms need several dozen naturally occurring chemical elements to survive; among these are nitrogen, carbon, and phosphorus.
The sun
water and electricity
photosynthasis
Glycolysis.
The primary energy source for most living systems is nutrients. Nutrients are elements and compounds that organisms consume and require for survival. Organisms need several dozen naturally occurring chemical elements to survive; among these are nitrogen, carbon, and phosphorus.
Most likely.
So-called 'primary producers', organisms that produce biomass from simple chemical compounds and an external energy source. Plants are primary producers: they produce plant biomass from CO2 and water, using the sunlight as a source of energy. In the ocean, phytoplankton is responsible for most of the primary production. Some organisms use energy sources other than light to produce biomass. Some bacteria, for instance, derive their energy from the oxidation of inorganic chemical compounds (e.g. H2S). In the deep sea, whole communities are supported by this kind of chemosynthesis.
Carbohydrates
Sugar
water and electricity