organic compounds as dyes are more reactive because the dying materials are usually organic and binding between similar substances is a fast process.
Organic compounds are generally more flammable than inorganic compounds. This is because organic compounds contain carbon and hydrogen, which readily react with oxygen in the air to produce heat and light. Inorganic compounds, on the other hand, often have stronger bonds that make them less reactive and less flammable.
Segregating inorganic acids from organic acids is important because they have different properties and behaviors. Inorganic acids generally have more reactive and corrosive properties compared to organic acids, so separating them helps minimize the risk of unwanted reactions or hazards. Additionally, separating them can also make handling and disposal processes more efficient and safer.
No, AgCl is not organic. It is an inorganic compound composed of silver and chlorine.
H2O, or water, is an inorganic compound. Organic compounds typically contain carbon-hydrogen bonds, which water does not have.
covalent bond can be seen in organic as well as in inorganic compounds
Most things that are being dyed are organic, so for the dye to take well it needs an organic component. Inorganic dyes tend to simply wash out.
Henna dye is organic, derived from the leaves of the henna plant. It is a natural alternative to synthetic hair dyes and doesn't contain harmful chemicals commonly found in traditional dyes.
inorganic or organic, colored or colourless, toxic or not, reactive or inert, rare or abundant
Organic compounds are generally more flammable than inorganic compounds. This is because organic compounds contain carbon and hydrogen, which readily react with oxygen in the air to produce heat and light. Inorganic compounds, on the other hand, often have stronger bonds that make them less reactive and less flammable.
Segregating inorganic acids from organic acids is important because they have different properties and behaviors. Inorganic acids generally have more reactive and corrosive properties compared to organic acids, so separating them helps minimize the risk of unwanted reactions or hazards. Additionally, separating them can also make handling and disposal processes more efficient and safer.
Organic, inorganic, analytical, physical, and your guess is as good as mine. Biochemistry? Polymer chemistry? Surface chemistry? Theoretical chemistry? Nuclear chemistry? Depending on your bias any of those might be regarded as a subdivision of one of the Big Four or as a largely independent field of study. According to my textbook (Grade 11 Chem) they are Organic, Inorganic, Analytical, Physical and Biochemistry.
Lecithin is an organic compound.
inorganic
it has an organic macrocycle and an inorganic metal at the centre
inorganic. It can be converted to an organic compound through photosynthesis.
rocks can be both organic and inorganic. However, i think that mast are inorganic
inorganic