1. Glycolysis: produces lactic acid if process is anaerobic
2. Krebs cycle: produces citric acid
3. Electron transport chain: produces the most ATP in respiration
This law states that energy can neither be created or destroyed. The energy at the end of a process is the same is the energy at the beginning of a process. While energy may change state it does not disappear. Usually energy produces work and the waste product of heat.
Answer:
The false statement(s) is option(3).
That is,
Only one cycling is required per cell cycle 'is false'
Explanation:
Cyclins combine with Cyclin-Dependent protein kinase(CDKs) to form a complex cyclin-CDKs.
This complex comprise so many cyclin, per cycle. This shows that it is a false statement that only one cyclin is required per cell cycle.
The name "Cyclins" came up because they undergo a constant cycle of synthesis and degradation during cell division. When cyclins are synthesized, they act as an activating protein and bind to Cdks forming a cyclin-Cdk complex.
This complex then acts as a signal to the cell to pass to the next cell cycle phase.
After a particular phase, the cyclin degrades, deactivating the Cdk, thus signaling exit from a the phase.
The gestural theory states that human language developed from gestures that were used for simple communication. ... Gestural language and vocal language depend on similar neural systems. The regions on the cortex that are responsible for mouth and hand movements border each other.
Answer: The correct answer is option b
Explanation:
It is the reaction of cellular respiration in which glucose is oxidized to produce energy (ATP). Carbon dioxide and water are produced as byproducts.
It is the reaction which produces energy for all other cellular functions. One molecule of glucose yields around 36-38 ATP molecules.
Rest other reactions such formation of ATP (ADP + P = ATP) gets energy from chemiosmosis produced by cellular respiration. Formation of sugars from carbon dioxide and water (option c) gets energy from solar energy (photolysis). Formation of proteins (amino acids to proteins) or translation is also an energy-driven process. It gets energy from hydrolysis of ATP.
Thus, the correct answer is option b.