PPT-Name the 3 subatomic particles?

Which particles make up the mass How many electrons can go on each shell Date YEAR 10 CHEMISTRY SESSION Monday 29 June 2020 Name the 3 subatomic particles Protons electrons and neutrons Which particles make up the mass. a Candidates full Name CAPITAL LETTERS as in Matric certificate Leave a box blank between two parts of name b Fathers Name Leave a box blank between two parts of name Write Course Ser No as mentioned i Printed Name of Enrollment Officer Signature of Enrollment Officer brPage 2br Ç. etin Çetinkaya. Photo-Acoustics Research Laboratory. Dept. of Mechanical and Aeronautical Engineering. Center for Advanced Materials Processing. Clarkson University, CAMP 241  Box 5725, Potsdam, NY 13699-5725. Benoît Cerutti. University of Colorado, USA.. 5. th. International Symposium on High-energy Gamma-ray Astronomy, July 9-13, 2012, Heidelberg, Germany.. In collaboration with . G. R. Werner. , . D. A. Uzdensky. Hyperons. Classification of the Elementary Particles. Elementary particles are classified into groups according to their mass and spin properties. These are, referring to their masses: . (1) the photon with zero rest mass and spin 1. It is a massless boson. . S8P1c. Describe the movement of particles in solids, liquids, gases, and plasmas state.. Activating Strategy. Watch the first 3 – 3 ½ minutes of the video below. Ask students how they would answer the commentator’s questions.. count*&#x-0.4;䦅　):- . idbPredicate(@A,Pid,Name), . adornment(@A,Pid,Rid,Pos,Name,Sig).mg2magicPred(@A,Pid,Name,Sig):- . goalCount(@A,Pid,Name,Count), . adornment(@A,Pid, , ,Name,Sig). . Electron. -. ve. charged particle. Outside of nucleus. Thomson’s discovery. Mass = 9.11 x 10. -28. g. Charge = -1.76 x 10. 8. C (coulombs). Proton. +. ve. charged particle. Inside nucleus. Rutherford’s discovery. Profile Guideline. Ann Van Meter. Business Quality Leader – Dow Pharma & Food Solutions. Chair – GMP Committee – IPEC-Americas. vanmetma@dow.com. www.ipecamericas.org. 1. www.ipecamericas.org. Miguel Ángel Sánchez Quintanilla. Javier Pérez Vaquero. Departamento de Electrónica y Electromagnetismo, Facultad de Física, Universidad de Sevilla. Grupo de . Electrohidrodinámica. y Medios Granulares Cohesivos.. Particles as waves. Aims. understand . that electron diffraction is evidence for wave-like . behaviour. use . the. de . Broglie. . equation. identify situations in which a wave model is appropriate, and in which a particle model is appropriate, for explaining phenomena involving light and electrons. October 19. th. 2016. Minal. . Nahin. and Carlos Larriba Andaluz. A . Kanomax. Project. 1. Introduction. Drift Tube requirements from . Kanomax. Design Concept for the Inverted Drift Tube. Modeling of Drift Tube. How did . the universe come to be the way that it . is?. Democritus (~2500 years ago). Recall the four fundamental forces:. GRAVITY: . All particles are influenced.. Relative strength: . WEAK: . All particles are influenced.. Over the past century scientist have discovered that the atom is composed of 3 subatomic particles:. Protons. Neutrons. Electrons. Checking for understanding. Draw this diagram. Label all subatomic particles and include their charges..