Molars
There are three pairs of molars in each jaw. Molars are also flattened on top. However, the number of cusps is more ranging from three to five. They are bigger teeth and appear only in the permanent set of teeth. In fact, the last molar in each side, appears only much..
Relationship between Normality and Molarity of Solutions
Normality and Molarity are related as: ..
Relationship between Normality and Molarity of Solutions
Relationship between Normality and Molarity of Solutions - Normality and Molarity are related a..
Relationship between Normality and Molarity of Solutions - Normality and Molarity are related a..Normality
Normality - Normality is defined as the number of gram equivalents of solute present per litre (dm 3 ) of the solution at any given temperature. It is expressed as N. In terms of weight, Normality of the substance can be expressed a..
Molarity
Molarity of a solution is defined as the number of moles of solute dissolved per litre of solution. Mathematically, Molarity is expressed by the symbol M. It can also be expressed as,..
Pre-molars
Pre-molars are bigger than incisors and canines and are flattened on top. There are four pre-molars each on upper and lower jaws, two on either side. The first pre-molar on the upper jaw has two root canals. All others have one. The surface has small humps which facil..
Normality Equation
Normality Equation - To calculate the volume of a definite solution required to prepare solutions of other normality, the following equation is used: N 1 V 1 =N 2 V 2 , where N 1 =initial normality and N 2 =normality of the new solution, a nd V 1 = initial vo..
Normality
Normality of a solution is defined as the number of gram equivalents (gm.e) of a solute dissolved per litre of the given solution. Mathematically it is, Normality is expressed by the symbol N. It can also be expressed as,..
Normal
The normal at any point of the spherical mirror is the straight line obtained by joining that point with the centre of the mirror. The normal at point A on the mirror is the line AC obtained by joining A to the centre of curvature of the mirror. Normal at any point on..
The normal at any point of the spherical mirror is the straight line obtained by joining that point with the centre of the mirror. The normal at point A on the mirror is the line AC obtained by joining A to the centre of curvature of the mirror. Normal at any point on.. Result
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