PPT-Electrical Current

amp Circuits Indicators and Objectives PS66 Explain the relationships among voltage resistance and current in Ohms law PS69 Compare the functioning of simple series and parallel circuits. SAFETY. ELECTRICAL. SAFETY. ELECTRICAL. SAFETY. ELECTRICAL. SAFETY. ELECTRICAL. SAFETY. ELECTRICAL. SAFETY. Electrical safety. September 28, 2014. Leo Koppel (QSET). This . talk is . for your . awareness. ANR Building, Davis. Staff Meeting. February, 2015. Electrical Hazards/Injuries. Electrical equipment used in office areas is potentially hazardous . and can cause:. Shock. – most common hazard, occurs when the human body becomes part of the path through which the current flows. Picture of the Week. Collider-Accelerator Department. 5-21-2013. Take 5 for Safety. Overview. Just . because you aren’t an electrician or electrical worker does not mean that you are exempt from electrical hazards. Sakarya Üniversitesi. Teknoloji Fakültesi. Elektrik Elektronik Mühendisliği Bölümü . T4 Blok. Introducing. . the. . department. . Introducing. . the. EEE. Engineering. . ethic. . Unit. . ON . 400 KV GSS(RRVPNL). BIKANER. CONTENTS. INTRODUCTION. SUBSTATION. TRANSFORMER. CVT. CURRENT TRANSFORMER. POTENTIAL TRANSFORMER. CIRCUIT BREAKER. ISOLATOR. BUSBAR. INSULATOR. PLCC. WAVE TRAP. RELAY. and Ohm’s Law. The basics of electrical measurement. . Voltage is electrical pressure, which is potential force or the difference in electrical charge between two points. Voltage pushes electrical currents though a wire but not through its insulation.. Mains Electricity. Textbook IGCSE Physics pages 192 to 195. IGCSE Specification. Electricity. Mains electricity. recall the hazards of electricity including frayed cables, long cables, damaged plugs, water around sockets, and pushing metal objects into sockets. Electrical Machines. 1. CHAPTER 1. ELECTROMECHANICAL ENERGY CONVERSION. Electrical Machines. 2. Introduction. Electro mechanical device converts energy between electrical and mechanical forms.. Electromechanical energy conversion theory helps in representing electromagnetic force or torque in terms of such parameters like electric current or displacement.. 29 CFR 1926, Subpart K. Presented by. : ETTA, OSH Division, 919-807-2875. Objectives. After completing this course, students will:. Be aware of the basic principles of electricity . Know how to work safely around electricity. Neha A, Shriya K, Anjali A, Stefan S, Thomas C, Adriel C, Minttu W. Intro to Fossil Fuels. Majority of world’s electrical energy comes from fossil fuels. 29 CFR 1926, Subpart K. Presented by. : ETTA, OSH Division, 919-807-2875. Objectives. After completing this course, students will:. Be aware of the basic principles of electricity . Know how to work safely around electricity. Comparing shocks from static electricity and electric currents is like comparing apples and oranges, they are similar but quite different at the same time.. Every year many people are injured and sometimes killed from electrocution as even small amounts of electric current can be lethal. . Tips for Passing Inspection. George Mellors. Teacher Engineering former Industrial Engineer. Electrical Safety (Hazards). Electrical Components. System Design/Planning. Resources. Questions. Agenda. Aakanksha Bajpai. Assistant Professor. School of Health Sciences. Introduction-. Electrical stimulation is one of the oldest & most effective modalities used in physical therapy.. The stimulation of tissue for therapeutic purpose..