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Surface tension is one of the most important and interesting properties of the fluids. Surface tension plays pivotal role in daily life. It is used in a variety of applications i.e separation of water , loundary , water treatment plant , chemical test for jaundice , et. Surface tension is also essential for the transfer of energy from wind to water to create waves.Increasing the temperature surface tension reduces. There are a lot of methods to calculate surface tension , some methods is as follows: Pendant drop method , Jaeger's method, the drop - weight model , Quinke method , Ferguson and…mehr

Produktbeschreibung
Surface tension is one of the most important and interesting properties of the fluids. Surface tension plays pivotal role in daily life. It is used in a variety of applications i.e separation of water , loundary , water treatment plant , chemical test for jaundice , et. Surface tension is also essential for the transfer of energy from wind to water to create waves.Increasing the temperature surface tension reduces. There are a lot of methods to calculate surface tension , some methods is as follows: Pendant drop method , Jaeger's method, the drop - weight model , Quinke method , Ferguson and Kennedy 's method , Ripple's method , the ring method , Wilhelmy plate method , Searl's Torsion balance, Spinning drop method , etc. Really surface tension is very important for us.
Autorenporträt
Dr. A.K. Shrivatava, jetzt Professor für Physik an der Dr. C.V. Raman Universität Kota, Bilaspur, ist seit über 22 Jahren in Indien mit der Elektronikwissenschaft verbunden. Nach seiner Promotion an der B.R.A.Bihar Universität Muzaffarpur, Indien, arbeitete er an der CSJM Kanpur Universität Kanpur und der CSVTU Bhilai. Er ist Sekretär des IAPT RC 1O C.G.India.