High School Physics BEC Naomi M. Tabudlong. LEARNING COMPETENCIES O Energy in Society O Energy and the Environment O Energy in Transportation O Energy.

Slides:



Advertisements
Similar presentations
Electric Current and Magnetism
Advertisements

Forms of Energy. Ability to do work or cause change Produces Warmth Produces Light Produces Sound Produces Movement Produces Growth Powers Technology.
8/5/08Lecture 2 Part 21 Maxwell’s Equations of the Electromagnetic Field Theory Gauss’s Law – charge makes an electric field The magnetic field is solenoidal.
26-1 Physics I Class 26 The Special Theory of Relativity* *This material is optional. It will not be on any exam.
Assessment Questions 1-8. Generating electric current Electric current creates a magnetic field LT #2: Demonstrate and explain that an electric current.
Learn Physics Get College Credit Understand Science Better.
Section 3-2 Electricity, Magnetism and Motion.  N Explain how electrical energy can be transformed into mechanical energy.  N Describe.
Welcome to Physics--Jump in!. What is If it living it is biology. If it is chemicals it is chemistry If it is rocks it is geology Physics is everything.
Magnetism in Our Lives. Today’s Agenda ► Opener: Where is the magnetic field of a bar magnet the strongest? ► Watch the Modern Marvels: Magnets Video.
Wisebridge Learning Systems Undergraduate Physics Concept Review MECHANICS Kinematics Newton’s Laws Work, Energy & Power Momentum & Impulse Rotation Harmonic.
Online Class by Satyadhar Joshi
MagnetismSection 3 Section 3: Electric Currents from Magnetism Preview Key Ideas Bellringer Electromagnetic Induction The Electromagnetic Force Transformers.
13.5 Transformers Different electrical devices require different amounts of electrical energy to operate. An electric stove requires a lot of electrical.
Mechanics & Work, Power and Energy Friction – June 2004.
Compulsory Part Curriculum Structure and Organization (X) Heat Temp., heat and internal energy Transfer processes Change of state Gases Mechanics Position.
Magnetism Part 3: Electric Currents From Magnetism
Physics MSL Preparation North Pitt Science Department.
ENERGY Forms Transformations Thermal. FORMS OF ENERGY Essential Question: How can you tell the difference between potential and kinetic energy?
Wisebridge Learning Systems Undergraduate Physics Concept Review MECHANICS Kinematics Newton’s Laws Work, Energy & Power Momentum & Impulse Rotation Harmonic.
AP Physics B Information, Expectations, Etc.. AP Physics B Why are you here? Good reasons and bad reasons. Already taken regular physics? 2 nd semester.
DMT 111/3 Engineering Science Semester I 2007/2008.
Electromagnetic Induction. Motion of a magnet in a coil or loop creates (induces) voltage If coil is connected to complete circuit, current flows Relative.
Energy: Machines, Motion and Light Energy exists in many different states. Energy can be transformed from one state to another in order to power machines.
Chapter 21.  Electromagnetic induction is the process of generating a current by moving an electrical conductor relative to a magnetic field.  This.
What is energy?. Forms of Energy: KE = Kinetic Energy (motion) PE = Potential Energy (position) ME = Mechanical Energy = KE + PE = ½ mv 2 + mgh.
Energy Basics. Part 1: The Relationship Between Matter and Energy 1.Define matter and energy Matter is anything that occupies space and has mass. Energy.
Chemical Energy Energy that is released during a chemical reaction or change Type of Potential Energy Examples: – Batteries – Burning Wood – Coal – Oil.
Electromagnetic Induction and Faraday’s Law Chapter 21.
AP Physics B Information, Expectations, Etc.. AP Physics B Why are you here? Good reasons and bad reasons. Already taken regular physics? Class size is.
Transformer Objectives 1.Describe how a transformer works by watching a video clip. 2.Apply the transformer equations by solving problems.
Electromagnetic Devices
Induction and Inductance
My Favorite Subject : Electromagnetism Vector Fields Coulomb’s Law Electric Potential Gauss Law Capacitance and Dielectric Current.
FORCES & MOTION.
Effects of Magnetic Fields and Producing Current
Electromagnetism.
Review p. 76 #12 Electromagnetic Induction Topic 12.3/12.4.
Electromagnetic Induction
Section 16-3 Electricity from Magnetism Notes
17.3 Electric Motors and Generators
What is energy? Ability to do work or cause change Produces Warmth
Electromagnetic Induction
Electric Currents from Magnetism
Section 14.3.
WHAT IS A WAVE? disturbance that transports energy through matter or space.
Distinguish between types of energy.
Advanced Placement Physics C-mechanics:
ELECTRICITY AND MAGNETISM
Pima Medical Institute Online Education
Universal Forces (12.4) Nuclear Forces - Electromagnetic Force -
Holt Physics Ch. 1 The Science of Physics Ch. 2 Motion in One Dimension Ch. 3 Two-Dimensional Motion and Vectors Ch. 4 Forces and the Laws of Motion.
In Physics we....
Topic links activity Physics A
Waves.
PHYSICS.
Electric Currents from Magnetism
Charging by Magnetism Since you can create a magnetic field by running electricity through a wire, can you create electricity using a magnetic field?
PHYSICS.
Forms of Energy.
Benchmark #1 Review.
Stored energy due to position
Unit 4 Thermodynamics- Lecture 1:
Energy Transformations Electricity and Magnetism
Learning Target 4.1 – Understand that waves carry energy (not matter) from place to place. Unit 4 - Waves.
Physics and SI Units.
REVIEW GUIDE SEMESTER 2 PHYSICS
Forms of Energy.
NSS Physics.
Warm-up Is it possible to create a circuit with wires, but no battery or other electrical power supply?
Chapter 30 Induction and Inductance
Presentation transcript:

High School Physics BEC Naomi M. Tabudlong

LEARNING COMPETENCIES O Energy in Society O Energy and the Environment O Energy in Transportation O Energy in the Home O Energy and the Economy O Energy in Communication and Information Technology Based from the 2002 DepEd Basic Education Curriculum of the Secondary Level

Energy in Society Energy and development

Energy & the Environment

Energy in Transportation The development of transportation Newton’s Laws of Motion Law of Conservation of Mechanical Energy Laws of Thermodynamics

Energy in the HomeElectricity Circuits

Electrical energy consumption Magnetism Electromagnetic induction Energy & the Economy

Energy in ICT Electromagnetic waves LASER Modern communications technology

-end- P.S. find the miming.. 

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com Inc. All rights reserved.