© UNT in partnership with TEA1 7 th Grade Career Exploration Module Career Focus: Electrical Engineer Vocabulary.

Slides:

Advertisements

Similar presentations

Electricity & Magnetism

Advertisements

Principles of Telecommunications Technology Chapter 2.

Week 3 Electrical Circuits and Components. It’s a Radio!

Interactive Engineering Workshop Eng. Mageda Al-Moubarak Eng. Fadia El-ssa.

ECE201 Lect-171 Capacitors (6.1); Inductors (6.2); LC Combinations (6.3) Dr. Holbert April 5, 2006.

What is Electricity? Electricity is the flow of moving electrons. When the electrons flow it is called an electrical current.

Lecture 101 Capacitors (5.1); Inductors (5.2); LC Combinations (5.3) Prof. Phillips March 7, 2003.

Schematic Symbols The Key to Understanding Wiring Diagrams.

Technician License Course Chapter 3 Electricity, Components and Circuits Lesson Plan Module 5.

© UNT in partnership with TEA1 7 th Grade Career Exploration Module Career Focus: Electrical Engineer Occupation.

Electricity & Magnetism Static, Currents, Circuits Magnetic Fields & Electro Magnets Motors & Generators.

Electrical Energy - Moving electrons in a path is electricity

Fundamentals of Electricity Franklin County Amateur Radio Club Technician Class License Course Class 3 – Fundamentals of Electricity Bob Solosko W1SRB.

Electricity, Components and Circuits

Lesson: Circuits Contributed by: Integrated Teaching and Learning Program, College of Engineering, University of Colorado at Boulder.

© UNT in partnership with TEA1 7 th Grade Career Exploration Module Career Focus: Computer Hardware Engineer Vocabulary.

Electricity & Magnetism Static, Currents, Circuits Magnetic Fields & Electro Magnets Motors & Generators.

Basic Electricity and Electronics

Electric Current Electrical current is the flow of electrons. Unlike static electricity, charges are in motion. Two types of Current I. Direct current.

Technician License Course Chapter 2 Radio and Electronics Fundamentals Basic Electricity Hour-2.

© UNT in partnership with TEA1 7 th Grade Career Exploration Module Career Focus: Electrical Engineer.

UNIT V STUDY GUIDE Electricity & Magnetism

110/16/2015 Applied Physics Lecture 19  Electricity and Magnetism Induced voltages and induction Energy AC circuits and EM waves Resistors in an AC circuits.

Technician License Course Chapter 3 Electricity, Components and Circuits Lesson Plan Module 5 Presented by: The Brookhaven National Laboratory Amateur.

Chapter 34 Electric Current.

  Charge – coulombs (Q)  Charge of an e - & p + = 1.6 x coulombs  F e = KQ 1 Q 2 /r 2 (Coulombs Law)  Current (I) – amperes (amps) = I = Q/sec.

Electric Circuits. Potential Electric Potential is just like gravitational potential It depends on –The distance from the source –The amount of charge.

describes the relationship between current, voltage, and resistance greater the voltage across a device with resistance, the greater the current through.

Jeopardy Q 1 Q 2 Q 3 Q 4 Q 5 Q 6Q 16Q 11Q 21 Q 7Q 12Q 17Q 22 Q 8 Q 13 Q 18 Q 23 Q 9 Q 14 Q 19Q 24 Q 10 Q 15 Q 20Q 25 Final Jeopardy MagnetismTermsElectricityMixedCircuits.

Magnetism & Electromagnetism

Electric field, Electric Potential Difference and Capacitance.

Automotive Electrical Terms To Know. Capacitance - The property of a capacitor or condenser that permits it to receive and retain an electrical charge.

Electric Current. Flow of Charge Potential difference causes flow of charge Similar to water flowing from high level to lower level Electric current is.

Technician License Course Chapter 3 Lesson Plan Module 6 – Part 1 Electrical Components 21 March 2015.

Technician License Course Chapter 3 Lesson Plan Module 6 – Part 2 Electrical Components 28 March 2015 Practice Questions 2014 Technician License Course.

Electric Current Charges on the move!. What makes a charge move? Electric current moves due to potential difference Electric potential difference is measured.

Electrical Current and Circuits How Electricity Gets To Where It Is Going.

Electricity & Magnetism Static, Currents, Circuits Magnetic Fields & Electro Magnets Motors & Generators.

Electricity and Electronics Base of Modern Technology.

Ohm’s Law Notes JAN 7. Vocabulary current : how quickly the electrons are flowing through the circuit; units: amperes (A) voltage : the electric potential.

6.2 ELECTRONICS. CAPACITOR An electrical device used to store electrical charge.

Transformers and Impedance. Review Two types of current: –ac –dc Two fundamental principles: –Moving electrons create magnetic fields –Moving or changing.

A+ Computer Repair Lesson 4 Introduction to Electricity and Safety.

Objectives: 1. Define and calculate the capacitance of a capacitor. 2. Describe the factors affecting the capacitance of the capacitor. 3. Calculate the.

Electricity & Magnetism Static, Currents, Circuits Magnetic Fields & Electro Magnets Motors & Generators.

FOR BHS PHYSICAL SCIENCE 9 TH GRADE Electronics Introduction.

Static Electricity build up surface The build up of an electric charge on the surface of an object. does not flow. The charge builds up but does not flow.

Electricity Cont… Turk.

Resistance Impedance Energy Storage Resistor R Ohms Reactance Z Ohms

7th Grade Career Exploration Module

Technician Licensing Class

Technician Licensing Class

The Key to Understanding Wiring Diagrams

Electricity & Magnetism

Electric Current.

Technician Licensing Class

Electricity & Magnetism

Electricity & Magnetism

Roanoke Valley Amateur Radio Club

Electricity & Magnetism

Electricity Test Review

Electrical Current & Circuits

Electrons in Circuits. Electrons in Circuits Parts of a circuit Battery Closed switch (allows electrons to flow) Open switch (impedes flow) Wire Resistor.

Current and Resistance

Electricity (Lesson 2).

The Key to Understanding Wiring Diagrams

What is the ability to store energy in an electric field called?

Technician License Course.

Lab: AC Circuits Integrated Science II.

Electricity & Magnetism

Presentation transcript:

© UNT in partnership with TEA1 7 th Grade Career Exploration Module Career Focus: Electrical Engineer Vocabulary

Resistor a device that is used to control the flow of electricity in an electric circuit © UNT in partnership with TEA2

Impedance in an electrical circuit, the apparent opposition to the flow of an alternating current that is comparable to the actual electrical resistance to a direct current © UNT in partnership with TEA3

Capacitor a device that is used to store electrical energy © UNT in partnership with TEA4

Transistor a small device that is used to control the flow of electricity in radios, computers, etc. © UNT in partnership with TEA5

Circuit the complete path that an electric current travels along © UNT in partnership with TEA6

Ohm a unit for measuring electrical resistance © UNT in partnership with TEA7

Farad the standard unit of measurement for capacitors (capacitance) © UNT in partnership with TEA8

Ampere a unit for measuring the rate at which electric current flows - also called an amp © UNT in partnership with TEA9

Watt a unit for measuring electrical power © UNT in partnership with TEA10

Oscilloscope a test instrument that is used to measure and analyze electronic signals (waves and pulses) displayed on its screen © UNT in partnership with TEA11

EM (electromagnetism) a magnetic field that is produced by a current of electricity © UNT in partnership with TEA12

Ground a wire or metal object that makes an electrical connection with the earth – usually singular © UNT in partnership with TEA13