Explain the process of glycolysis, Kreb's cycle and electron transport chain. 1. How many and where the ATPs are generated? 2. What happens to 6 carbons in the glucose molecule? Explain the role of NAD+ and NADH in energy metabolism. ...
In physics terms, the volume of the cylinder is related to how much work the fuel does as it expands, how much energy it transfers to the piston, and (if we consider how often this happens), how much power the car makes. So the bore and stroke are very important—and that's why ...
Discuss glycolysis and the Krebs cycle including how this relates to cellular energy capture. What occurs if NADH and FADH2 are not oxidized in the electron transport chain? Which molecules transport electrons from the citric acid cycle to the electron transport chain? a) NADH and ...
Engines that drive vehicles or factory machines are examples of what scientists call heat engines. They burn an energy-rich fuel (coal, gasoline, or something else) to release heat energy, which is used to make a gas expand and cool, push a piston, turn a wheel, and drive the machine....
(a) The frequencies of infrared waves are lower than the visible light vibrate not only the electrons but entire atoms or molecular of a body. This vibration increases the internal energy and temperature of the structure. That is why infrared waves are o
We know H(Hamilton) = T (total) + V (potential), could you explain why H T because T is already total energy? What are the equations that describe free-fall motion? How is the law of inertia overcome by displacement...
Induction chargingis a method that a number of modern phones advertise, allowing power to (inefficiently but 'conveniently') transfer into a device from a mains charging station or another device's battery without the need for plugging in cables. It transfers energy between safely tuned coils, ...
Proton pump: a membrane integrated glycoprotein that transfers hydrogen ions through a membrane at a concentration gradient. The proton pump drive depends on the energy released by the hydrolysis of ATP, and the proton pump induces the PH gradient and potential gradient at the two sides of the ...
Most tumor cells, regardless of their tissue origin or genomic abnormal- ities, are largely dependent on fermentation metabolism through the glycolysis and the glutaminolysis pathways for the synthesis of growth metabolites and ATP. No tumor cell can grow or survive without metabolites or energy. The...
computer, the uefi boot manager is loaded first. it then scans for available boot entries, which can include operating systems installed on different disks or partitions. you can select the desired boot entry from the menu, and uefi loads the corresponding bootloader. what are some uefi boot ...