↔ c= 3.00 x 10⁸m/s B. QUANTIZED ENERGY AND PHOTONS • Blackbody Radiation o Perfect absorber and emitter of light o At high temperature‚ solids emit radiation o Radiation depends on the temperature not in the element the solid is made from. o PREDICTION: “As temperature increases‚ the frequency of light emitted also increases.” o OBSERVATION: There was a peak. • Photoelectric Effect and Photons o When a beam of light shines on a certain surface (e.g. some metals)‚ electrons
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The Effect of Varying Dosages of Gamma Radiation on the Growth of Corn (Zea mays L.)1 Montalbo‚ Josephine M. A- 1L September 7‚ 2013 1 A scientific paper submitted in partial fulfillment of the requirements in Genetics laboratory under Prof. Cheryl D. Agdaca‚ 1st semester‚ A.Y. 2013-2014. ABSTRACT Exposure of corn plants to ionizing radiation such as gamma radiation can induce mutation. The purpose of this study was to
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Write something about Raman signal‚ where does it come from? What are the implications of Raman? Raman is the inelastic scattering of light. The meaning of inelastic scattering is observable from the figure below. When an electron is excited by photons of applied light‚ it jumps from ground state to higher sates. While scattering‚ there are various possible things that might happen. To explain Raman‚ I have mentioned three of them here. From the figure delineated below‚ we can see an elastic scattering
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1. Atomic and Molecular Structure a. Students know how to relate the position of an element in the periodic table to its atomic number and atomic mass. The Periodic Table organizes elements by their atomic number - from hydrogen (1) to whatever is the highest one currently known (>105). It is arranged so that similiar members fall in a list such as Chlorine Bromine etc.. The average atomic weight is usually shown with each element‚ but due to isotopes (caused buy nuclear varations)
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particles of ordinary matter but have opposite charge and other particle properties such as lepton and baryon number. Encounters between particles and antiparticles lead to the annihilation of both‚ giving rise to varying proportions of high-energy photons (gamma rays)‚ neutrinos‚ and lower-mass particle–antiparticle pairs. Setting aside the mass of any product neutrinos‚ which represent released energy which generally continues to be unavailable‚ the end result of annihilation is a release of energy
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AND PRODUCT BACKGROUND: 4 TATA PHOTON: 4 Features of Tata Photon+ 4 Services of Tata Photon 5 SITUATION ANALYSIS: 6 TOP COMPETITORS 7 MARKETING OBJECTIVES: 8 MARKETING ANALYSIS & STRATEGY: 8 EQUITY INDEX/PRICE ANALYSIS: 10 INSIGHTS FROM MEDIA: 12 TVC I (Get Speed Get Time) 13 TVC II 14 MEDIA ANALYSIS AND RECOMMENDATIONS: 16 PACKAGING: 17 Who am I (Brand)? 17 What am I (Product)? 17 Why am I? 18 IMPLEMENTATION – BUDGET & PROJECTIONS: 20 TATA PHOTON NEW APPLICATIONS: 23 BIBLIOGRAPHY:
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1. Define land resource surveying methodology. Identify the two approaches in land resource surveying methodology. 2. Discuss the contributions of Aristotle‚ Louise Deguerre‚ Argo‚ Loussedat and Deville in enriching the science of topographic surveying. 3. The atmosphere influences EMR in two ways. Discuss them. 1. According to Professor Masaka (2011) Land resource survey methodology can be defined as the starting point for any natural resource management policy has to be an inventory of
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product of this reaction is very unstable and is made by losing nitrogen and the electrons go from an excited state to ground state and the energy is emitted as a photon creating the blue light. After synthesizing the luminol‚ the chemiluminescence reaction is observed with and without quenchers‚ which deactivate the donor triplet and emit photons of different wavelengths. The results of luminol alone produced luminescence that lasted 11.89s. Fluorescein quencher resulted with a time of 9.59s‚ dichlorofluroescein
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|Criteria | |Q1 |[pic] | | | |Where I0 is the initial intensity of photons and [pic] is the linear……………..which describes the fraction of beam of ………rays or | | | |……….rays that is absorbed. |
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