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.
Make a large clear drawing, include magnification used, use a ruler, when labelling write horizontally forming a vertical list. hope this helps :)
That's not a question, but I guess I'll just vomit some information at you and hope I hit a target.
First of all, not true. Unless you're talking multiple choice kind of thing.
Room temperature is 20 degrees C / 68 degrees F / 293 degrees K
At this temperature, most elements are solids, but
Mercury and bromine are liquids
Hydrogen, helium, nitrogen, oxygen, flourine, neon, chlorine, argon, krypton, xenon, and radon are all gases.
Initiation: Replication begins at a specific location called as OriC, at which some initiator protein bind and cause unwinding
Elongation: New DNA stand grows, one base pair at a time.
Termination: The two new double helices replace the older ones and the last primer strand is removed, followed by proofreading.
