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the study is called PHYSICS.
Well its oxygen carbon dioxide cycle
Plants transfer nitrogen in the nitrogen cycle through assimilation.
Entropy. To "cycle" the energy would need to be reused, in reality the energy flows in from the outside and flows back out. (If the system were energy blocked, then all the energy would convert to heat and thus be useless.)
the chloroplasts and the mitochondria work together by trading nutrients. Both the mitochondria and the chloroplast create energy, the mitochondria create energy via respiration when there is no sunlight for the chlorophyll,
Calvin Cycle
ATP and nadph
Yes
a Carnot cycle is a perfect cycle of energy conversion from heat to mechanical energy and back without loss. This is an impossibility due to losses inherent in any energy transfer. A Carnot engine would theoretically use all available energy for each energy transfer.
a Carnot cycle is a perfect cycle of energy conversion from heat to mechanical energy and back without loss. This is an impossibility due to losses inherent in any energy transfer. A Carnot engine would theoretically use all available energy for each energy transfer.
the study is called PHYSICS.
well cheese balls transfer the energy while chickens transfer the nutrients and so thats the major difference
the kenitic energy and the potential energy
Acetyl coenzyme A carries high energy hydrogen molecules during the process of respiration. This occurs prior to the Kreb's Cycle.
Well its oxygen carbon dioxide cycle
The lungs utilize diffusion to transfer oxygen into the blood stream and take the CO2 out. Another example is the oxygen gradient set up in the ATP transfer cycle.
helping hand