The synthesis of ATP from ADP and Pi is an _______ reaction. In mitochondria, ATP synthesis is driven by the flow of _______ dow
n a concentration gradient established by _______. A) exergonic; protons; glycolysis B) endergonic; protons; the citric acid cycle endergonic; C) Na+ ions; electron transport exergonic; Na+ ions; D) glycolysis endergonic; protons; electron transport
The synthesis of ATP from ADP and Pi is an exergonic reaction. In mitochondria, ATP synthesis is driven by the flow of proton down a concentration gradient established by glycolysis.
D) glycolysis endergonic; protons; electron transport
Explanation:
The synthesis of ATP from ADP and Pi is an (Na+ ions) oxidation reaction.
The mitochondrial electron transport chain oxidizes the intermediate electron carriers, NADH.
The synthesis of ATP from ADP and Pi by mitochondria is linked to an electron transport.
The mitochondrial ATP synthase makes ATP at the expense of the proton gradient established by electron transport.
The synthesis of ATP from ADP and Pi is an glycolysis endergonic reaction. In mitochondria, ATP synthesis is driven by the flow of protons down the concentration and electrical gradient established by electron transport.
Such direct observational evidence is limited, however, and clouds remain the biggest source of uncertainty--apart from human choices to control greenhouse gases—in predicting how much the climate will change
Adding 10-20% blue light allowed plants to grow much healthier, with a compact appearance. There is also far-red light which is has wavelengths that are lower than normal red light–similar to near-infrared wavelengths. Far-red light helps the plants produce greater yields.
The answer is both in males and females; only in males. Males
have one Y chromosome and one X chromosome, while females
have two X chromosomes. In mammals, the Y chromosome controls a
gene which is the SRY, which produces embryonic improvement as a male. The Y chromosomes of males and
other mammals also contain other genes needed for normal sperm production.
