Concepts

Molecule Detail

Atomic mass

Highlighted the key elements first ‘C’.

The number of protons and neutrons for all isotopes averaged of carbon is 6 g/mol protons and 6.011 g/mol neutrons. The relative atomic mass (Ar) often referred to as atomic weight (molar mass) is 12.011 g/mol (for carbon) and is the combination of all protons and neutrons.

Molecule Detail

Molar mass

Molar mass (Mr) is the mass of 1 mole of a compound. Sometimes referred to as “molecular weight”.

(Or “Formula mass”)

The number of protons and neutrons for all isotopes averaged of carbon is 6 g/mol protons and 6.011 g/mol neutrons. The relative atomic mass (Ar) often referred to as atomic weight (molar mass) is 12.011 g/mol (for carbon) and is the combination of all protons and neutrons.

H2O Formula

Here is some of the more complicated
examples of Molar mass...

Chemical formula: C9H8O4
otherwise known as Aspirin.

Mr = 9C + 8H + 4O = 9(12.01) + 8(1.01) + 4(16) = 180.17

One of the best known aromatic group drugs is acetylsalicylic acid, or aspirin, which is prepared by the esterification of the phenolic hydroxyl group of salicylic acid. Aspirin is a medication used for pain, fever, inflammation, heart attacks. It is commonly prescribed because of its properties such as anti-inflammatory, anti–coagulatory, fever-reducing, and pain-relieving that make it a recommended drug.

Aspirin has three functional groups including:

Carboxylic acid group (COOH) Ester group (O- CO-R') and Aromatic group (benzene ring).
ChemistryChemical Structure

Chemical formula: C8H8NO2
otherwise known as acetaminophen

Mr = 8C + 8H + 1N + 2O = 8(12.01) + 8(1.01) + 1(14.007) + 2 (16) = 206.31

Acetaminophen has three functional groups. The aromatic group (benzene ring), amide group (HN-CO-R) and the hydroxyl group (OH). Therefore, acetaminophen has three polar groups.

C9H8O4Chemical Structure

Chemical formula: C13H18O2
otherwise known as Ibuprofen

Mr = 13C + 18H + 2O = 13(12.01) + 18(1.01) + 2 (16) = 206.31

Ibuprofen was derived from propionic acid by the research arm of Boots Group during the 1960s. The name is derived from the 3 functional groups: isobutyl (ibu) propionic acid (pro) phenyl (fen).

4-(2-methylpropyl)phenyl group is the functional group.

Ibuprofen has one polar group. Due to one functional group ibuprofen is somewhat soluble in water and soluble in organic solvents.

Ibuprofen is labelled also as 2-(4-isobutylphenyl) propionic acid. The phenyl group is closely related to benzene and can be viewed as a benzene ring, minus a hydrogen, C6H7. The Ibuprofen starting material in the green synthesis is isobutylbenzene.
ChemistryChemical Structure

Chemical formula of C7H5N3Ov
otherwise known as Trinitrotoluene (TNT)

Mr= 7C + 5H + 3N + 6O. = 7(12.01) + 5(1.01) + 3(14.007) + 6(16) = 227.141

Chemical formula of C7H5N3O6 otherwise known as Trinitrotoluene (TNT). 2,4,6-trinitrotoluene is better known by its initials, TNT. TNT is explosive for multiple reasons. One reason is it contains the elements carbon, oxygen and nitrogen, which means that when the material burns it produces highly stable substances (CO, CO2 and N2) with strong bonds, so releasing a great deal of energy.

The second fact that makes TNT explosive is that it is chemically unstable - the nitro groups are so closely packed that they experience a great deal of strain and hindrance to movement from their neighbouring groups. Thus it doesn't take much of an initiating force to break some of the strained bonds, and the molecule then flies apart. Typically 1 gram of TNT produces about 1 litre of gas, which is a 1000 fold increase in volume. This expanding hot gas can be used to propel a projectile, such as a bullet from a gun, or for demolition purposes.
ChemistryChemical Structure

A is the epoxy resin. B is the curing agent.

Epoxy Cure Stages. Mixing epoxy resin with a hardener begins a chemical reaction that transforms the combined liquid ingredients into a solid. This period of transformation is the cure time. As it cures, epoxy passes from the liquid state, through a gel state, before it reaches a solid-state.

resins (Synthetic resin is a chemical organic compound mainly composed of atoms such as carbon, hydrogen and a little oxygen, nitrogen and sulfur etc. combined together with certain chemical-bond. Synthetic resin, as a bonding agent, is the main component in plastic. Typically, modified or synthetic resins are used for manufacturing – they can be produced from natural components with additives or consist of artificial polymers.
It is also used for 3D printing and in building as adhesives, coatings or as a construction material when a strong bond is required. For example, for laminated wood construction. Resins are also popular in the decoration of self-leveling floors and architectural surfaces enabling to use of recycled materials.

The main use of resin is to be a glue - to transfer stress between the fibers, clasp them together and protect from outside factors. The first resins have been found in nature - in plants, bugs or trees - amber or shellac are some of the examples of natural resins. These natural resins are used in some products but usually, they are flammable and fusible, may appear soluble in liquids, which makes them not suitable for some applications. )
ChemistryChemical Structure

Detergents

Detergents of everyday detergent products are laundry and fabric softeners, all-purpose cleaners and mixtures intended for soaking (pre-washing) rinsing or bleaching

ChemistryChemical Structure

Polystyrene

Benzene can be used in plastics, polystyrene can be used for a myriad of things, from insulating coolers and cold storage, props for theme parks and movie sets, floatation for pontoons and marinas and the list goes on.

Polystyrene

Dacron

Synthetic fibres e.g. Dacron or Terylene. Polyesters are often used in making synthetic fibres for use in clothing.

Dacron

Kevlar

Kevlar can be synthesized in solution from the monomers 1,4-phenylene-diamine (para- phenylenediamine) and terephthaloyl chloride in a condensation reaction.

Kevlar's structure consists of relatively rigid molecules which tend to form mostly planar sheet-like structures similar to silk protein. It has a high strength/lightweight combination that makes it the perfect solution for a variety of applications:


  1. Kevlar K-29 - in industrial applications, such as cables, asbestos replacement, brake linings, and body/vehicle armour.
  2. Kevlar K49 - high modulus used in cable and rope products.
  3. Kevlar K100 - coloured version of Kevlar
  4. Kevlar K119 - higher-elongation, flexible and more fatigue resistant.
  5. Kevlar K129 - higher tenacity for ballistic applications.
  6. Kevlar AP - has 15% higher tenacity than K-29.
  7. Kevlar XP - lighter weight resin and KM2 plus fibre combination.
  8. Kevlar KM2 - enhanced ballistic resistance for armour applications

Some of the characteristics that make Kevlar useful in protective applications:


  1. Bullet resistant
  2. Fragment resistant
  3. Excellent thermal properties
  4. Excellent dimensional stability
  5. Comfortable
  6. High strength
  7. Cut resistant
  8. Chemical resistance
  9. Flame resistant, self-extinguishing
KevlarKevlar
Dyes structure

Dyes are aromatic organic compounds, and as such are based fundamentally on the structure of benzene.

A major type of dye making up 60-70% of the food and textiles market is Azo dyes.

The compounds contain a C-N=N-C linkage. Most azo dyes contain only one azo group but there are some that contain two or three azo groups, called "diazo dyes" and "triazo dyes" respectively. Azo dyes are widely used to treat textiles, polishing of leather shoes or purses and some foods. Other Dyes for more specific uses are used in the colouring of hair main ingredient Paraphenylenediamine (PPD).

Manufacturing of cosmetics like lipsticks

A range of different pigments and dyes give lipsticks colour. Some lipsticks use carmine red, a pigment derived from scale insects, though increasingly alternatives dyes are used. Another dye, eosin, reacts with the amine group in the proteins of the skin to produce a deep red colour.

Camine RedEosin

Capsaicin

Other compounds added to lipsticks include fragrances to mask the smell of the other chemicals present. Capsaicin, the spicy compound found in chili peppers, is sometimes included, as its skin irritant effect causes plumping of the lips in small quantities.

Chemistry structure

Extra thoery

John Dalton is a famous chemist.

When John Dalton was on his way to discover the “atomic model” he stumbled into, and so discovered the next rule based on unit coined by Wilhelm Ostwald.

The mole = abbreviated “mol”
Is defined as 1 mol of any substance contains exactly 6.022x 1023 items of that substance.

Example #1

“1 dozen eggs” -> = 12 eggs
“1 mol of eggs” -> = 6.022 x 1023 eggs

Example #3

The number of oxygen atoms in 1 mol of an oxygen molecule, O2.

Number of atoms = 2 x 1 x 6.022 x 1023 = 12.044 x 1023 atoms

Example #2

1 mol Fe atoms -> = 6.022 x 1023 Fe atoms
1 mol bananas -> = 6.022 x 1023 bananas

More complicated examples are molecules and compounds

Example #4

The number of carbon and hydrogen in 1 mol of a benzene compound, C6H6. (So, 6 carbons and 6 hydrogens. Therefore 12 in total)

Number of atoms = 12 x 1 x 6.022 x 1023 = 72.264 x 1023 Benzene atoms = 7.2264 x 1024 Benzene atoms

Example #5

The number of carbon, hydrogen , nitrogen and oxygen atoms in 1 mol of acetaminophen (paracetamol) compound, C8H9NO2. (So, 8 carbons, 9 hydrogens, 1 nitrogen and 2 oxygens. Therefore 20 in total.)

Number of atoms = 20 x 1 x 6.023 x 1023 = 120.46 x 1023 Acetaminophen atoms = 1.2046 x 1025 Acetaminophen atoms

Example #6

The number of carbon, hydrogen and oxygen atoms in 1 mol of an ibuprofen compound, C13H18O2. (So 13 carbons, 18 hydrogens, and 2 oxygens. Therefore, 33 in total)

Number of atoms = 33 x 1 x 6.022 x 1023 = 198.726 x 1023 Ibuprofen atoms = 1.98726 x 1025 Ibuprofen atoms

Note: Avagradro’s Constant is 6.022 x 1023 which refers to the amount of atoms for 1 mol of any given element.

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BNZ is for stakeholders

Chemists when joining their governing body for their job will become known as “stakeholders”. Chemists are often research and development staff who find the best solutions for drug production and finding ways to reduce impurities in production during a synthesis, crystallisation, filtration, washing and drying. For example, Chemists (not pharmacists) in the UK join 'The Royal Society of Chemistry” which is a professional body for chemical scientists. Chemical scientists put simply are drug investigators who delve into the present and future of the drugs we use in healthcare.

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Artwork

You can purchase artwork on our website with $BNZ. Ouroboros in alchemical traditions means the constant cycle of creation and destruction in the pursuit of knowledge and wisdom. $BNZ acts as an educational tool into insights of the life of the famous theoretical chemist called August Kekulé.

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BNZ removes middlemen

BNZ is an immutable smart contract. By design there is no central entity in BNZ. No one owes anybody anything. As long as you have your private key, you truly own your BNZ.

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BNZ is a reactant

As seen below, BNZ is described as a benzene ring.

A REACTANTPRODUCT
BenzeneAcetamonophen
IsobutylbenzeneIbuprofen
2-hydroxybenzoic acidAspirin

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