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

$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