What do you mean by chemosynthesis?
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Synthesizing compounds  particularly naturally occuring ones through chemical reactions in the lab or industry.
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What are you asking about these reactions?
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It is called:\nDIFFUSION: if u r talking about solute\nOSMOSIS: if u r talking about solvent
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The sum of the chemical reactions that take place within each cell of a living organism and that provide energy for vital processes and for synthesizing new organic material.\n\nMy Adice to you: You seem to be doing a researh of some scientific sort. I recommend you take advantage of the internet which could help you in this regard. Try accessing an online Encyclopedia.\n\nGood Luck!
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http://www.chemicool.com/
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Electrophilic addition is where a electrons from a ring, or other unsaturated system (ie an alkene/alkyne) attack an electropositively charged species, for example in the bromination or nitration of benzene to yield bromobenzene or nitrobenzene respectively.  If you draw the mechanism for these reactions you will be able to see more clearly what the electrophilic mechanism is.\n\nAn electropositive species is for example an acid chloride (where the carbonyl imparts the electropositivity), bromine (where the Br-Br bond becomes polarised in the presence of a multiple bond), iso(thio)cyanates (where the carbonyl imparts the electropositivity), nitration reactions (NO2+) etc etc.\n\n"Electrophilic" means "electron loving", so to form a bond with these electrophilic molecules requires you to donate electrons.  In the bromination of benzene, the electrons are donated from the ring to the Br2 molecule, and aromaticity is briefly lost.  The Br-Br bond breaks, forming a new C-Br bond and Br-.  A positive charge remains on the benzene ring, which is lost by the re-formation of a double bond by the Br- removing the acidic proton.\n\n"Nucleophilic", which is the opposite, means "nucleus loving", therefore these species contain additional electrons which they want to donate to the nucleus of the other species.\n\nWith the exception of radical chemistry, all chemical reactions involve and electrophile and a nucleophile.\n\nI hope this helps someway.\n\nI found the link below which may give a better description.
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something about chemistry
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synthesis means "combining" or "bringing together"\n\nLight is energy - it provides the energy that plants need to change the chemical bonds of the chemical molecules that are present in leaves into the sugars that the plant uses (and people use) for energy.  Chlorophyll takes the CO2 out of the air and combines it with water to make glucose.  Chlorophyll also contains other molecules and elements, which is why plants are so healthy to eat.\n\nThe chemical formula for chlorophyll is:\nC55H72MgN4O5
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A chemical reaction is a process that results in the interconversion of chemical substances. The substance(s) initially involved in a chemical reaction are called reactants. Chemical reactions are characterized by a chemical change and it yields one or more product(s) which are different from the reactants.
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http://www.chemexinter.com/ for the website.\n\nHope that helps!
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instrumental chemistry is the branch of chemistry where various instruments (spectroscopy: NMR, NearIR, XRay, UV/Visible, fluorescence, atomic emission,...; electrochemistry, etc.) are used to study the behavior of chemical and molecular systems.  The radiation source depends on the technique and can be as simple as a lightbulb (albeit a special one) in UV/Vis or NIR spectroscopy to an XRay source (like the one at the doctor's office) in XRay spectroscopy.  The different techniques have different applications, depending on what you want to study.
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Just about everything:\n\nFuel, paint, polymers(plastics, film), computers - making those memories and motherboards requires chemistry as well as physics, it's a process called etching. \nMaking drugs, tissue engineering. \n\nI think it's easier to ask what in our life doesn't involve chemistry.
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Inorganic chemistry is the branch of chemistry concerned with the properties and reactions of inorganic compounds. This includes all chemical compounds except the many which are based upon chains or rings of carbon atoms, which are termed organic compounds and are studied under the separate heading of organic chemistry. The distinction between the two disciplines is not absolute and there is much overlap, most importantly in the sub-discipline of organometallic chemistry
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Organic chem is the study of carbon containing molecules and their reactions.\nInorganic chem is the study of non-carbon containing molecules.  Many of the reagents used in organic synthesis are inorganic.\nPhysical chemistry is the study of how chemical reactions work; the energy used or given off, the kinetics (how fast a reaction proceeds) and the mathematical modeling of chemical events.
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It's a Chemical/Fusion reaction...
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It's something for chemistry.\nIt's an agent that modifies the effect of other agents.\nIt is roughly the same meaning as a catalyst, as the source points out.\nNever heard the term before, learn something new every day.
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"Wet chemistry" is just an informal term referring to chemistry done in a liquid phase. When chemists talk about doing "wet chemistry," they mean stuff in a lab with solvents, test tubes, beakers, and flasks.  This is as distinct from calculations on a computer or laser spectroscopy of gases  or cryogenic samples or the like.\n\nIts is a loose, catch-all term to describe reactions and analyses done "at the bench" as opposed to a theoretical or instrumental operation. It has no particular significance.