Open AccessCOMPARISON OF REFRACTIVE INDEX OF SHADOW AND DIRECT SUNLIGHT REGION, AND IT’S EFFECT ON LIVING ORGANISM AND PLANTS, THEORETICALLY
Author(s) -
Saddam Husain Dhobi,
Jahangeer Rangrej,
Topendra Dangi,
Upendra D. Patel
Publication year - 2019
Publication title -
international journal of engineering applied science and technology
Language(s) - English
Resource type - Journals
ISSN - 2455-2143
DOI - 10.33564/ijeast.2019.v04i07.061
Subject(s) - sunlight , shadow (psychology) , organism , index (typography) , refractive index , optics , environmental science , biology , physics , psychology , computer science , world wide web , psychotherapist , paleontology
This framework developed a mathematical model, to calculate refractive index of shadow region and bright or direct light region, using the parameters such as energy, wavelength, frequency and temperature. After developing the model it help to finding refractive index of the both region, we have compare these refractive index and found that the refractive index of shadow region is greater than that of direct sunlight region. The greater refractive index of shadow region indicate that the energy of the entering photon in shadow region has less energy or energy goes to decrease then before entering into medium or direct sunlight region. Due to this reason the agriculture crops grow in shadow region doesn't get sufficient energy for the growth, but agriculture crops grow in direct sunlight region get sufficient amount of energy to growth. Moreover, such type of problem are face by other living organism and plant in shadow region than that of direct sunlight region, which need more energy. Keywords— Direct Sunlight Region, Energy, Frequency, Refractive Index, Organism and Plants Shadow Region, Wavelength etc.