Methyl Orange
Methyl Orange, also abbreviated as MeO, is an azo dye used as a pH indicator in titration. This is because, at different pH values, it gives clear and distinct colour …
Methyl Orange, also abbreviated as MeO, is an azo dye used as a pH indicator in titration. This is because, at different pH values, it gives clear and distinct colour …
Electrochemical Series is a way of ordering chemical elements in order of how reactive they are. It uses a concept called Standard Electrode Potential to arrange the elements in the …
Isodiaphers are nuclei with different neutron (n) and proton (p) numbers, but the same neutron excess. The term isodiapher is used in nuclear physics and chemistry, along with related terms …
The full form of CNG is Compressed Natural Gas; it is a fuel gas as Petrol/Diesel. It comprises Methane(CH4) & is compressed to 1% of the volume at Standard Atmospheric …
Dobereiner Triads were an early attempt at categorizing chemical elements in a periodic manner. They gave the earliest indication that elements can occur in families with similar properties. Their discovery …
Decantation is a useful separation technique used to separate mixtures of non-miscible liquids, or mixtures of solids and liquids. What is Decantation? Decantation is a method of separation of mixtures. …
Water is the essential component of any living form on Earth. Therefore, it becomes important to study the nature of water for any sane study of life and organisms. Water …
Victor Meyer Test is one of the frequently used methods to differentiate between primary(1°), secondary(2°) and tertiary(3°) alcohols. Each kind of alcohol 1°, 2° and 3° has a different colour …
Boiling and Evaporation both are phenomena where a liquid changes its state from liquid to vapor. Both these processes differ from each other in specific ways & different factors affect their …
Electron Gain Enthalpy is one of the most basic and important phenomena when studying different elements. This is used in determining the reactivity, nature and type of bond they can …