In glycolysis, it would make 4 ATP, but since it must give 2 back, it will make a net gain for 2 ATP.
In the Citric Acid Cycle, it makes 2 ATP along with a few other items such as Electron Carriers.
ATP Synthase makes about 32 or 34 ATP
In the breakdown of pyruvate, each NADH produced while the pyruvates are being made into Acetyl Co-enzyme A makes 3 ATP and each FADH2 makes 2 ATP
Answer:
Ocean water moves in predictable ways along the ocean surface. Surface currents can flow for thousands of kilometers and can reach depths of hundreds of meters. These surface currents do not depend on weather; they remain unchanged even in large storms because they depend on factors that do not change.
Surface currents are created by three things:
global wind patterns
the rotation of the Earth
the shape of the ocean basins
Surface currents are extremely important because they distribute heat around the planet and are a major factor influencing climate around the globe.
Answer:
Enzyme: A biomolecule that speed up the rate of chemical reactions without being used up.
Substrate: A substance or chemical that enter the chemical reaction and is being converted into a new substance (product).
Competitive enzyme inhibition: Inhibition of enzyme's activity by binding of inhibitor to substrate binding site of the enzyme.
Explanation:
Enzymes are the biomolecules that serve to increase the rate of reactions by lowering down the required activation energy. The enzyme is never used up during reactions.
Substrates are the chemicals that undergo a chemical change and produce products.
For example, Glucose is the substrate for hexokinase enzyme and is converted into glucose 6 phosphate (the product).
When the inhibitor competes with the substrate for the binding site on the enzyme and does not allow the substrate to bind to the enzyme, the process is called competitive enzyme inhibition. It can be overcome by increasing the concentration of substrate in the system.
The fraction will be positive . because negative and negative cancels
Answer:
A. Cell wall and chloroplast
B. Nucleus (the dark grey circle)
Explanation:
