I personally noticed if age is significally distinct (10+) two envolved may have very different opinions on matters, because one of them lived longer or another not enough and their point of views are various, because they encountered one events or yet did not in life and formed their mind on it, here can be problem if some of them are hot headed and are into fighting, but if two are calm ones and can find solutions what to do in those scenarios for themselves why not. It's all not only black or white. No one way. No one solution or consideration. Every point can be differently done
Aye threads should be split to women forums and men forums, then women should have no problems about by a men and their different point of look, but then there would be no post at all cause everybody would have same opinion on matter, so mind on matter
I clicked yes, because sometimes it really does, because one of partners or even both partners are word's man and doesn't wants to break their word, BUT not in all times yes works, it really depends on couple, who's man and woman in relation
Life in the universe may have begun "9.7±2.5 billion years ago". All life on Earth is based upon 26 chemical elements. However, about 95% of this life is built upon only six of these elements: carbon, hydrogen, nitrogen, oxygen, phosphorus and sulfur, abbreviated CHNOPS. These six elements form the basic building blocks of virtually all life on Earth. Life on Earth requires water as the solvent in which biochemical reactions take place. Sufficient quantities of carbon and the other elements along with water, may enable the formation of living organisms on other planets with a chemical make-up and temperature range similar to that of Earth. Terrestrial planets such as Earth are formed in a process that allows for the possibility of having compositions similar to Earth's. The combination of carbon, hydrogen and oxygen in the chemical form of carbohydrates (e.g. sugar) can be a source of chemical energy on which life depends, and can provide structural elements for life (such as ribose, in the molecules DNA and RNA, and cellulose in plants). Plants derive energy through the conversion of light energy into chemical energy via photosynthesis. Life, as currently recognized, requires carbon in both reduced (methane derivatives) and partially oxidized (carbon oxides) states. Nitrogen is needed as a reduced ammonia derivative in all proteins, sulfur as a derivative of hydrogen sulfide in some necessary proteins, and phosphorus oxidized to phosphates in genetic material and in energy transfer. Pure water is useful because it has a neutral pH due to its continued dissociation between hydroxide and hydronium ions. As a result, it can dissolve both positive metallic ions and negative non-metallic ions with equal ability. Furthermore, the fact that organic molecules can be either hydrophobic (repelled by water) or hydrophilic (soluble in water) creates the ability of organic compounds to orient themselves to form water-enclosing membranes. Additionally, the hydrogen bonds between water molecules give it an ability to store energy with evaporation, which upon condensation is released. This helps to moderate the climate, cooling the tropics and warming the poles, helping to maintain the thermodynamic stability needed for life. Carbon is fundamental to terrestrial life for its immense flexibility in creating covalent chemical bonds with a variety of non-metallic elements, principally nitrogen, oxygen and hydrogen. Carbon dioxide and water together enable the storage of solar energy in sugars and starches, such as glucose. The oxidation of glucose releases biochemical energy needed to fuel all other biochemical reactions. The ability to form organic acids (–COOH) and amine bases (–NH2) gives rise to the possibility of neutralization dehydrating reactions to build long polymer peptides and catalytic proteins from monomer amino acids. When combined with phosphates, these acids can build the information-storing molecule of inheritance, DNA, and the principal energy transfer molecule of cellular life, ATP. Life forms elsewhere in the universe would utilize these basic materials. Life forms based in ammonia (rather than water) have been suggested, though this solution appears less optimal than water. From a chemical perspective, life is fundamentally a self-replicating reaction, but one which could arise under a great many conditions and with various possible ingredients, though carbon-oxygen within the liquid temperature range of water seems most conducive. Self-replicating reactions of some sort could occur within the plasma of a star, though it would be highly unconventional. Life on the surface of a neutron star, based on nuclear reactions, has also been suggested. However, communicating with such creatures would be difficult because the time scales involved are much faster. NASA scientist suggested that the color of photosynthesizing pigments of hypothetical life on extrasolar planets might not be green.
She did insult me if she had read this post before she wouldn't say non sense or she wants to bite me because she and I already got clashes before for how she interpret my said words and mocking me down that I communicating with my meals, well, there's haters and jokers as anywhere and they doesn't forget easy, but neither do I
_R_J_ Forum Posts (96)
by a men and their different point of look, but then there would be no post at all cause everybody would have same opinion on matter, so mind on matter 
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RE: young & old
I suppose it's dolphinAnd yes they can be dirty too with good looking chicks