That's not funny. tempting to tease you on, but not funny and it doesn't tickle. If you want an answer to a question like that, i really would prefer and be more likely to respond if you just stick to that.

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yeah i workout in the morning too.. i am bulking so i have 750cal of QuickMass ( a gainer).
what do you mean by small carb?
volocation, synthisis?
I probably meant vasolidation
What is it?
The increase in the internal diameter of a blood vessel that results from relaxation of smooth muscle within the wall of the vessel. This causes an increase in blood flow.
That increase in blood flow causes a rush of oxygen and nutrients and hormones into the muscle and gives a higher performance and enegry capacity as a result. It is sparked by a chemical reaction involving nitric oxide and L-Arginine. .. a most broken down form of one our amino acids and the pre-cursor for natural SYNTHESIS of human growth repair hormone.
The nitric oxide is a fuming chemical burnoff .. because it increases upload so voraciously it is something that can be exploited riight through the workout and into the recovery feed. It also has a relationship with insulin where they regulate and temper each other's dominance to change pace of metabolic action. The pwo complex carb / protein metabolism causing the tapering of what will hopefully be the pwo insulin spike increasing the vasolidation further ( via the high gluc taurine or other simple carb source I recommend ) to continue the burn off and upload to maximise the use of whatever is consumed complex carb and protein wise thereafter to maximise hypertrophy and or general muscle recovery through glycal replenshiment. Good way to avoid overtraing and make the most of a good workout.
SYNTHESIS is basic production of .In chemistry, chemical synthesis is purposeful execution of chemical reactions in order to get a product, or several products. This happens by physical and chemical manipulations usually involving one or more reactions. In modern laboratory usage, this tends to imply that the process is reproducible, reliable, and established to work in multiple laboratories.
A chemical synthesis begins by selection of compounds that are known as reagents or reactants. Various reaction types can be applied to these to synthesize the product, or an intermediate product. The amount of product in a chemical synthesis is the reaction yield. Typically, chemical yields are expressed as a weight in grams or as a percentage of the total theoretical quantity of product that could be produced. A side reaction is an unwanted chemical reaction taking place that diminishes the yield of the desired product.
The word synthesis in the present day meaning was first used by the chemist Adolph Wilhelm Hermann Kolbe.
Contents [hide]
1 Strategies
2 Organic synthesis
3 Other meanings
4 See also
Organic synthesis
Main article: Organic synthesis
Organic synthesis is a special branch of chemical synthesis dealing with the synthesis of organic compounds. In the total synthesis of a complex product it may take multiple steps to synthesize the product of interest, and inordinate amounts of time. Skill in organic synthesis is prized among chemists and the synthesis of exceptionally valuable or difficult compounds has won chemists such as Robert Burns Woodward the Nobel Prize for Chemistry. If a chemical synthesis starts from basic laboratory compounds and yields something new, it is a purely synthetic process. If it starts from a product isolated from plants or animals and then proceeds to a new compounds, the synthesis is described as a semisynthetic process.
[edit] Other meanings
The other meaning of chemical synthesis is narrow and restricted to a specific kind of chemical reaction, a direct combination reaction, in which two or more reactants combine to form a single product. The general form of a direct combination reaction is:
A + B → AB
where A and B are elements or compounds, and AB is a compound consisting of A and B. Examples of combination reactions include:
2Na + Cl2 → 2 NaCl (formation of table salt)
S + O2 → SO2 (formation of sulfur dioxide)
4 Fe + 3 O2 → 2 Fe2O3 (iron rusting)
CO2 + H2O → H2CO3 (carbon dioxide dissolving and reacting with water to form carbonic acid)
4 special synthesis rules:
metal-oxide + H2O → metal(OH)
non-metal-oxide + H2O → oxi-acid
metal-chloride + O2 → metal-chlorate
metal-oxide + CO2 → metal(CO3)
Chemical synthesis - Wikipedia, the free encyclopedia
I think it's really helped me to understand the science behind those processes. I hope it's of use to you.
Blooming tianshi lotus.