Answer:
The correct answer is conserving the energy of glucose and related molecules in chemical form that the cell can use for work
Explanation:
Glycolysis is an important process of cellular respiration.it occurs in the cytoplasm.
Glycolysis deals with the break down of glucose and formation of 2 molecules of ATP along with pyruvate.pyruvate then enter into miticondria to carry out the TCA cycle which result in the formation of ATP, NADH,FADH2 and oxaloacetate. NADH is also formed during Glycolysis.
In the final process of aerobic respiration known as oxidative phosphorylation the reducing agents such as NADH and FAFH2 are oxidized by liberating electrons and phosphorylation of ADP occurs by the energy generated by proton motive force resulting in the formation of ATP.
The so formmed ATP is a high energy compound which is utilized by our body to carry out various process such as muscle contraction ,fatty acid biosynthesis etc.
The best method used to determine the strongest intermolecular forces is to check it's it boiling or melting point.
Explanation:
So, when the molecules are polarized, the charges on the atom becomes greater which would lead to a greater intermolecular force. hence, those components will have a high boiling point. Here is the ascending of atomic bonds which would help us to determine what bonding so we could say whether it is the strongest or not.
Ionic bonds>Hydrogen bonding>Van der Waals dipole interaction>Van der Waals dispersion forces
So, you have to heat or melt the pure sample to determine the strongest intermolecular force depends on the components in the sample.
