Glycolysis breaks the glucose molecule into two pyruvate molecules, and they still have high energy bonds. These bond are broken during the aerobic respiration part and the energy released from them is stored in the ATP molecules which will then be used by the cell as an energy source.
Explanation:
Water is generally regarded as universal solvent due to its ability to dissolve a wide range of compounds.
A water molecule has partial positive and negative charges on it thus, it is a polar compound.
- The binding rule for substances to dissolve one another is that they must be like one another.
- Polar solutes or substance only dissolves in polar solvents. Non-polar substances will dissolve in non-polar solvents.
- Water is polar and ionic substances are polar too.
- In water, the positive end of a salt is completely surrounded by water molecules and they hydrate it. The same analogy goes for the negative end.
- This is called hydration.
- The hydration complex keeps the salt dispersed in the water.
- This why water is able to dissolve a broad range of substances.
learn more:
Chemical covalent bond brainly.com/question/10903097
#learnwithBrainly
Hello!
The correct answer is: C. Malleus, Incus, Stapes.
(It's actually C, my bad).
I hope this helped you! c:
Answer:
There will be a huge difference in terms of size because a genome only consist of genes that code proteins while a proteome contains the whole map of all the proteins that’ll arise from a single gene. For example, a skin cell genome is same as other somatic cell genome while a kidney cell proteome contains proteins like Angiotensin, Tomm – Horfall protein etc. All of these proteins may have risen from a single gene that’ll ultimately make the proteome of kidney cells a number of times larger than that of genome of skin cells.
If you're asking about the genome only then remember there is no difference between the genome of somatic cells but a proteome always differs as the cell type changes.