Endergonic; if the energy is supplied in the form of heat, endothermic.
exothermic
Heterotrophs get energy by eating plants. The process is called food chain.
Yes because work is using energy to move something. Anytime we push-pull, work (energy) is used.
An irreversible process occurs whenever there is an increase in entropy. Entropy can be thought of as a measure of "wasted" energy, that is, energy that cannot be converted to useful work. Therefore any process which results in an increase in entropy wastes some portion of energy that cannot be recovered, and so the process is irreversible.
Breaking down of macromolecules into small particles is called a catabolic process. In any catabolic process there is a release of energy. Anabolic reaction combines small particles into a macro molecule and energy is conserved in such a process.
The process of cellular respiration is what makes energy. ATP is made during this process, ATP is the main source of energy in the body. Energy isn't really stored in the body, it is just made when needed.
homeostasis
Yes; the definition of passive is no energy required
Osmosis and diffusion both require kinetic energy. Neither process uses energy, just a presence of energy, that is why heating water allows particles to move into homeostatic balance more quickly. There is a higher amount of kinetic energy in hot liquid. To answer your question though osmosis can occur without energy.
inspirationInpiration involves contraction of muscles. This is an energy requiring process
A system or reaction sequence in which energy from an energy-releasing process is used to drive an energy requiring process.
When the process that requires energy results in a displacement in the direction of a force, the process is known as work. Work is the product of force and distance.
Anabolism is the constructive process of metabolism. Opposed to catabolism.
Energy-requiring process by which substances move across the plasma membrane against a concentration gradient.
That would be the 'mitochondria'...
Hemodialysis
Glycolysis. This process releases energy (in the form of ATP) without requiring oxygen. It isn't, however, very efficient.
Active transportation