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 Progression Harmonisée de L'enseignement Technique Secondaire Cameroun Programme  Electricité d’équipement Electrotechnique Programme D’études de 2 ème  Année  Electrotechnique Télécharger Word            Télécharger PDF Programme D’études de 3 ème  Année  Electrotechnique Télécharger Word            Télécharger PDF Programme D’études de 4 ème  Année  Electrotechnique Télécharger Word            Télécharger PDF Progression Machines Second cycle – F3 (Electrotechnique) Télécharger Word            Télécharger PDF Progression machines Electrotechnique (F3) Classe : PF2 Télécharger Word           Télécharger PDF Progressions Harmonisées Machines  Electriques- Electrotechnique  (ELEQ)  3 ème Année Télécharger Word            Télécharger PDF Circuit Electriques 3 ème Année  Electrotechnique Télécharger Word            Télécharger PDF Essais et Mesures 4 ème  Année  Electrotechnique Télécharger Word            Télécharger PDF Fiches de Progression Programme  Circuit Electriques 2 ème  

Generating Electricity in a Thermal Power Station A thermal power plant is a power station which converts heat energy in to electrical energy. The heat energy is produced from other primary sources. Example of such primary sources which we term the “fuel” include: Coal, natural gas, oil, etc. Structure of a thermal power plant The schematic below is a simplified view of a thermal power plant made for easy understanding. We shall study the role of the different compartments and how they work together in order to produce electrical energy. Role of the different parts of a thermal power plant Fuel ( for example coal, Natural gas, Oil): this is the primary source of energy for example coal may be used. Hence by convention, we can term the thermal power plant a coal thermal power plant. etc. Note that the energy in fuel is chemical energy. Combustor: from the term combustion which means burn. So, this is the area where the fuel is burnt to produce heat. So at this compar

 2023-2024 Official Textbook List for Secondary Schools in Cameroon OFFICIAL TEXTBOOK LIST 2023/2024 Academic Year General Secondary Education: First and Second Cycles NB: Only textbooks on the official list bearing the seal of State as signed by the minister of secondary education are required of students in all public and private schools throughout the national territory FORM 1  ENGLISH LANGUAGE Title: Mastering English      Price: 3400 LITERATURE IN ENGLISH Tales From the Grassland and the Forest (Prose)   price: 2000 A questionable Culture (Drama)   Price: 1000 Authentic Poetry (Book 1)    Price: 2000 FRENCH LANGUAGE Title: Le Reseau du Français   Price: 3200 HISTORY Title: Essential History for Junior Secondary Schools    Price: 2000 GEOGRAPHY Title: Geography for Competency Development: A functional Approach to Geography Study    Price: 4000 CITIZENSHIP Title: Brighter Citizenship for Colleges Author: Mangula Lucas     Price: 1800 MATHEMA

Syllabus of Trade and Training for Secondary Technical and Professional Education in Cameroon   Definition of the competence: Relevance of the trade and training Title of the module : Trade and training Class: Form 1 of Electrical Engineering (MARE, MAEL, MAIN, CAPA, MEFA, COOM, MEFE) Minimum weekly workload: 02H Minimum annual workload: 44H Pedagogic recommendations It involves the description of the different trades in electrical engineering. Elements of the competence 1) Awareness of the trade The trade - Description of the trade - Genesis and evolution of the trade in the local context. - Domain of application of the trade. - Principal activities of the trade. - Deontology and ethics of the profession. - Contraints of the trade; - Stress factor - Professional illnesses. - Lexicon(glossary) of key words. - Professional organisations Assessment Indicators - Describe the trade - Give the domain of application of the trade. - Give the genesis and evolution of the trade. - Give the p

  ARDUINO COMMANDS Basic Arduino IDE Commands 1.  pinMode(x, OUTPUT); Configure or assign the pin number x as an output pin. Where x is the digital pin number on the arduino device which you intend to use as an output. 2.  pinMode(x, INPUT);   Configure or assign the pin number x as an input pin. Where x is the digital pin number on the arduino device which you intend to use as an input. 3.  digitalWrite(x, HIGH); Turn the digital pin number x ON or as HIGH. Where x is the digital pin number on the arduino device which you intend to turn ON. Note that turning it HIGH gives out a voltage of 5V at that digital pin. So this can be used to turn on or drive some devices connected at the pin e.g LED, activating relays for driving circuit, etc. 4.  digitalWrite(x, LOW); Turn the digital pin number x OFF or as LOW. Where x is the digital pin number on the arduino device which you intend to turn OFF. Note that turning it LOW gives out a voltage of 0V at that digital pin. So this can be used to