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In this article or post you will get practical and search related to first year second semester subject name applied chemistry number 4 equivalence point using conductivity meter.
Practical No. 4 Equivalence point using conductivity metre
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| Equivalence point using conductivity metre Practical answers - Mypractically |
What is mean by equivalence point using a conductivity metre? As we all know conductivity measurement is mostly used routinely in many industrial processes and environmental applications as a fast inexpensive and reliable way of measuring the iron content in the given or provided a solution.
Conductivity metre for conductivity measurement is an extremely use method is especially for quality control purposes in the industrial application as this improve the quality of industry measurements. Estimation for the total number of ions in the solution or direct measurement of the component in the given process can be performed by using conductivity measurement using a conductivity metre. Specific conductance of an electrolyte provided solution is a measure of its ability to absorb or contain electricity that is the flow of electrons. For example, let us see the measurement of product conductivity is a typical way to monitor and continuously train the performance of water purification system.
How this will help the diploma engineers.
Diploma engineer has to take conductivity measurement through conductivity metre which has used extremely in much industrial application such as for monitoring quality in public water supplies, in hospitals, in the boiler water.
What is the theoretical background for conductivity measurement it is a very deep question let point out how it will help in a simple way.
All know electrovalent compounds are also known as an electrolyte because when used or dissolved in water that is simple water they are organised into cations and anions respectively and conduct carry electric current through it through them.
The type of electrolyte is strong and weak electrolyte depending on their degree of ionization provided.
The strong electrolyte has a higher degree as the name suggests it is having higher and in rivers have a weak electrolyte and represents the lower degree of ionization respectively.
The conductivity of a solution of an electrolyte depends upon the number of Ions present in the solution the main thing is all about this. Strong electrolyte produces more ions and has higher conductivity while weak electrolyte reproduces fever ions and have lower conductivity.
Electrical conductivity is a measurement of the ability of a solution to carry a current that is the flow of electrons, here the current is carried by ions in solution. Ions present in the solution provided contribute to the current flowing through the senses and therefore contribute to the conductivity measurement in electrical conductivity can therefore be used to measure the concentration of ionizable solutes present in the salts given solution.
Does at last conductivity cell contains two Platinum electrostatic field by ceiling into class 2. The electrode is 1 centimetre apart and having a cross-sectional area of about 1 cm square. The cell constant is the ratio of the length that is measured in centimetre to the cross-sectional area of the electrode in a conductivity cell does the formula for cell constant is nothing but length divided by area is represented by l Upon A respectively with the unit of cell constant is centimetre inverse.
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