<span>All cells have the same DNA. They are different because different genes have been locked up and only some of them are expressed. The process began in the embryonic stage, when stem cells are turned into different types of cells by turning off some of the genes. Scientists have been looking for ways to reverse the process, meaning turning specialized cells back into stem cells. Some success has been reported using different methods. The latest one uses a weak acid to stress the cells.</span>
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.
Answer: the lightest and the darkest skin pigmentations are equally common in the population
Explanation:
Answer:
Cellular respiration
Explanation:
Cellular respiration releases carbon dioxide and water as waste products.
The chromosomes are in their condensed, highly coiled form, where they can easily fall without overlapping and staining will show a banding pattern.
