Answer:
Bifurcate Buffer system
Bifurcate Buffer system is a reaction defined as a cell mechanism in which liberates approximately 85% of the total carbon dioxide. This is the system in which the actual diffusion of the cells happen. Carbon Anhydrase present in the blood is responsible for the conversion of into Carbonic Acid.
Answer: The correct answer is from areas of high concentration to low concentration.
Explanation: Diffusion, by definition, is the process of molecules (any molecule) going down their concentration gradient (i.e. they are going from higher concentration to lower concentration). Hope that helped!
Using hydrogen in his experiments Bohr showed that an electron spins around the atom nuclei at a specific/discrete radii (orbital levels). Electrons at every orbital level spin at a discrete angular momentum and energy. When the electron moves one orbital level down, it releases a photon of energy specific to the jump (that is, of a particular spectrum that is unique to the atom). When the electron goes up an orbital level, energy (of a specific spectrum) is absorbed. This emission and absorption spectrum varies across atoms and is calculated as (delta)E = hf where;
E = energy
h = Planck's constant
f = frequency
Oxygen because lipids are fats that need oxygen to use long term energy
The hypothesis is the question you are trying to answer or the problem you need to figure out, it is kind of like a starting point
