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General Physics Volume 2 | Printable Lessons, Exercises, and Assessments with Answer Keys | 534 Pages | Grade 9-12

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General Physics Volume 2 | Printable Lessons, Exercises, and Assessments with Answer Keys | 534 Pages | Grade 9-12

$7
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$7 (list price: $14)

3 in 1: Teaching Reference Guide + Student Worksheets + Teaching Strategies Reference

This learning material is consists of SETS of PRINTABLE lessons, exercises, and assessments for the "General Physics" subject.

Best for:
• Daily classroom discussions
• Classroom activities
• Homeschooling sessions
• Take home learning modules
• Tutoring
• Reviewer

Features:
• A complete learning module for a whole semester.
• Incorporates teaching strategies and methods from “Teach Like A Champion (TLAC) by Doug Lemov.”
• Includes engaging activities that promote interactions with peers and the learning by doing teaching approach.
• Includes colored and comprehensive figures, charts, and diagrams.
• Easy to print materials with standard letter size paper (21.59cm x 27.94cm).
• Made by a REAL TEACHER

Topics Covered:
• Determining Electric Charges And Matter
• Describing Ways To Transfer Charges
• Calculating The Net Electric Force On A Point Charge And Drawing Electric Field Of Lines
• Calculating the Electric Field
• Calculating Electric Flux And Applying Gauss Law
• Relating Electric Potential To Work, Potential Energy, And Equipotential Lines
• Solving Problem Involving Electric Potential Energy And Electric Potential
• Determining Capacitors and Capacitance
• Calculating Energy Density and Electric Field in a Capacitor
• Determining Electric Current And Describing Drift Speed, Current Density, Conductivity And Resistivity
• Applying Ohm’s Law And Calculating Power Supply Across Circuit
• Drawing And Calculating Current And Voltage Across Circuits Elements
• Drawing Magnetic Field Pattern and Evaluating Magnetic Flux and Force
• Solving Problems Involving Magnetic Field
• Identifying The Factors That Affect The Induced Emf And Induced Current
• Narrating Maxwell’s reasoning in Linking EM to Light, Story behind Hertz’s Experiments, and Relating the Properties of EM Wave and the Properties of Vacuum and Optical Medium
• Applying The Law Of Reflection And Explaining The Conditions For Total Internal Reflection
• Applying Snell’s Law And Explaining The Phenomenon Of Dispersion By Relating To Snell’s Law
• Citing Evidence That EM Wave Is A Transverse Wave (Polarization) And Calculating Intensity Of Transmitted Light Applying Malus Law
• Relating Properties Of Mirrors To Image And Object Distance And Size, And Determining Graphically And Mathematically The Type Of Image Produced By A Plane Or Spherical Mirror
• Differentiating A Converging Lens From A Diverging Lens And Determining Graphically And Mathematically The Type Of Image Produced By Lenses
• Stating The Postulate Of Special Relativity And Their Consequences, Applying The Time Dilation
• Length Contraction And The Relativistic Velocity Addition Formulae
• Calculating Kinetic Energy, Rest Energy, Momentum And Speed Of Objects
• Explaining Photoelectric Effect, Atomic Emission, Absorption Spectra And Calculating Radioisotope Activity

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Physics, Matter, Electric Field, Capacitance, Electricity, Gauss Law, Energy, Capacitors, Waves, Speed, Density, Conductivity, Resistivity, Ohm’s Law, Power, Magnetic, Current, Printable, Maxwell, Reflection, Polarization, Activities, Dilation, Contraction, Velocity, Kinetic

Pages
534
Items
146
Answer Keys
146
Size
7.19 MB
Length
534 pages
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