Transcript PowerPoint Presentation - Physics II: Electricity & Magnetism

Physics II:
Electricity & Magnetism
Introduction
Wednesday
(Day 1)
Warm-Up
Wed, Jan 21
 Pick up the following handouts and find your seat:
 Journal
 Syllabus
 Homework Expectations Packet
 Student Information Sheet
 “What do you know?” Packet (Part I)
 Scantron Sheet
 “Foundational Mathematics’ Skills of Physics” Packet
 Place your homework on my desk:
 Not Applicable
Journal entry
Wed, Jan 21
 Why did you decide to take Physics II: Electricity &
Magnetism?
Essential Question(s)
 HOW DO WE DESCRIBE THE NATURE OF
ELECTROSTATICS AND APPLY IT TO VARIOUS
SITUATIONS?
 What foundational mathematics’ skills are necessary
to be successful in Physics II?
 How do we describe and apply the concept of electric
field?
Vocabulary
 Static Electricity
 Electric Charge
 Positive / Negative
 Attraction / Repulsion
 Charging / Discharging
 Friction
 Induction
 Conduction
 Law of Conservation of
Electric Charge
 Non-polar Molecules
 Polar Molecules
 Ion
 Ionic Compounds
 Force
 Test Charge
 Electric Field
 Field Lines
 Electric Dipole
 Dipole Moment
Agenda
 Introduction
 Room Tour
 Missing work bin
 Stapler, 3-Hole Punch, Sharpener, Scissors, etc.
 Distribute Daily Journal and Lab Journal
 Distribute Textbooks
 Physics Book on top
 Discuss Syllabus, and HW/Journal/Lab Expectations
 Web Assign
 Complete the following
 Student Information Sheet
 “What do you know?” Packet (Part I) on Scantron
Mr. Roe’s
Background Information
 Interests
 Physics Club - After School on Thursdays
 Undergraduate - IUP
 B.S. in Physics Education
 B.S. in Chemistry Education
 Graduate – Bloomsburg
 M.S. in Instructional Technology
 Distribute Textbooks
 Room Tour
 Missing work bin
 Stapler, 3-Hole Punch, Sharpener, Scissors, etc.
Syllabus - Highlights
web: http://plutonium-239.com
Tutoring Hours
Due dates
Resources
Intouch
email: [email protected]
Physics Textbooks
Physics II - Electricity and Magnetism
“Physics for Scientists and Engineers with Modern
Physics” (Giancoli)
Physics II - Electricity and
Magnetism
Electrostatics
Charge, Field, and Potential
Coulomb’s Law and Field and Potential of Point
Charges
Fields and Potentials of Other Charge Distributions
Gauss’s Law
Conductors, Capacitors, Dielectrics
Electrostatics with Conductors
Capacitors
Dielectrics
Physics II - Electricity and
Magnetism
Electric Circuits
Current, Resistance, Power
Steady-State Direct Current Circuits with Batteries and
Resistors Only
Capacitors in Circuits
Magnetostatics
Forces on Moving Charges in Magnetic Fields
Forces on Current-Carrying Wires in Magnetic Fields
Fields of Long Current-Carrying Wires
The Biot-Savart Law and Ampere’s Law
Physics II - Electricity and
Magnetism
Electromagnetism
Electromagnetic Induction
Inductance (LR, LC, and LRC Circuits)
Maxwell’s Equations in Integral Form
Electromagnetic Waves
Additional Topics:
Waves (Light, Sound, etc.)
Mirrors and Lenses
Physics II Weighted Scale:
35%: Tests & Projects
10%: Quizzes
30%: *Homework / Class Work
*http://www.webassign.net
Username: lastnamefirstinitial (roes)
Institution: cedarcliff.pa
Password: ccphysics
15%: Laboratories / Lab Reports
10%: Journal
Summary
 In regards to Electricity & Magnetism, write down:
 3 things you already knew from today
 2 things that you learned today
 1 thing you would like to know
 HW (Place in your agenda):
 Student Information Sheet
 “What do you know?” Packet (Part I) on Scantron