if the memory of a person is strenghten
hydrogen silver gold
No. Feldspars and hematite are examples of minerals.
Elements
A proposed explanation for identical species found in divergent locations was the land bridge theory, which supposed shifting dry areas across which living things spread. The further study of rock formations (which were also identical) lent greater weight to the idea that continents were actually joined together in the past.
Micro elements are those that are needed in very small amounts by the body. Some examples are: zinc, iodine, manganese, copper, selenium, and iron. Macro elements are those that are needed in larger amounts in the body. Examples are: phosphorus, magnesium, potassium, sodium, and calcium. There is a third group, called toxic elements, that should not be in the body. Examples are aluminum, thallium, mercury, cadmium, and lead.
Are there elements in the theory that are untestable?
John Dalton first proposed this. Today, it's called Dalton's atomic theory.
Dalton's Atomic theory: all elements contain tiny atoms, that's the only way an element is pure because al atoms of an element were identical and it also explains the identical masses
Modern Atomic Theory was developed by British scientist, John Dalton. His theory rested on four factors. Chemical elements are composed of atoms. Atoms in an element, are identical to the weight of the element. Atoms of different elements have different weights. To form compounds, atoms are combined in small, whole-number ratios.
A group of elements.
Dalton came up with that theory. It was proven wrong, though.
They are elements
Some theories related to transfer of training include identical elements theory, near transfer theory, far transfer theory, and cognitive theory of transfer. These theories explore how training in one context can impact performance in another context, and how similarities or differences between the training and transfer contexts can affect the transfer of learning.
no, it is impossible
A compound can only consistent of at least two different elements.
Equal sets contain identical elements. e.g. if A = {1,2,3} and B = {1,2,3}, then A and B are equal - their elements are the same. Equivalent sets have identical numbers of elements. e.g. if A = {1,2,3} and B = {a,b,c}, then A and B are equivalent - they both have three elements.
Darwin's theory is the same as the Darwin's theory. They are identical in every way.Darwin's theory = Darwin's theory I don't understand the question. Please rephrase, I think there is a mistake...