Answer:
The isolated chloroplasts will produce ATP.
Explanation:
During the electron transport chain, photosynthetic chloroplasts produce a proton (H+) gradient across the thylakoid membrane and then they use the energy of this gradient to synthesize ATP via ATP synthase. The acidification induced by light in the thylakoid lumen is known to impede the electron flow between photosystems, whose work is to absorb and transfer the light energy by transferring electrons. At a pH of 8, the concentration of protons is larger in the thylakoids (i.e., in the thylakoid lumens), thereby protons will move down the concentration gradient from the thylakoids to the stroma, the space outside the thylakoid membranes. This flow of protons by ATP synthase will be used to produce ATP.
"According to the Bohr model an atom has a nucleus with electrons in circular orbit around the nucleus. For a bohr model of Nitrogen there will be 2 orbitals with the first one having 2 electrons and the last orbital having 5. Whereas for the Bohr model of Neon there will be 3 orbitals the first one having 2, the second one having 8 and the last one having 7 electrons."
This answer was by TheMysteriousGamer11, I couldn't have thought of a better way to explain.
Epinephrine in animals and auxin in plants act as hormones
that triggers specific cellular responses that vary among different tissues of
the organism. The biosynthesis of epinephrine involves breaking just one
carbon-carbon bond in the amino acid tyrosine, Synthesizing epinephrine
requires breaking the bond between the carboxyl group (COOH) and the α-carbon
in tyrosine.
Answer:
Food web
Explanation:
That's the correct term in terms of biology or any science field. Basically, they are all connected with each other, so it makes it look like it's a web.
