Tetrahedral and Octahedral these two words are well known for those students who studied solid state chapter in class 11th and 12th. In solid state
Read moregive reason a gas exerts pressure on the walls of the container
Before we give the reason behind a gas exerts pressure on the walls of the container. First we will understand what kind of behaviour of
Read moreWhy we use different type of units to represent concentration?
Why we use different type of units to represent concentration of solution not just one? Concentration is a measuring unit of how much a solute
Read more5 Achievements and limitations of Mendeleev’s Periodic table
Mendeleev’s Periodic Table: Mendeleev was a Russian scientist. Mendeleev arranged the periodic table in different-different ways. But he succeed when he arrange all the then
Read morewhat are the similarities between iron copper and aluminium?
Before we discuss the similarities between iron copper and aluminium. We should know some notable points on iron, copper and aluminium. So let’s start with
Read moreRelation between kp and kc – other detail
Here in this post, we will establish a relationship between kp and kc. And also derive it’s formula. But before we go further let’s know
Read moreRelation between molarity and molality – Derivation
Relation between molarity and molality The relation between molarity and molality is due to concentration of solution because the term molarity and molality are the
Read moreRelation between molarity and normality – And other details
The relation between molarity and normality is that normality of a solution is always equal to the product of molarity and charge present in a
Read moreRelation between compressibility and kinetic energy – other detail
The main relation between compressibility and kinetic energy is when compressibility of a matter increases then the kinetic energy of the matter also increases and
Read moreRelation between edge length and radius in simple unit, Fcc, Bcc, and Hcp
Here you find the relation between edge length (a) and radius (r) for different case. means relation between ‘a’ and ‘r’ in bcc, fcc, Ecc
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