General Physics Volume 1 | Printable Lessons, Exercises, Assessments and Answer Keys | 539 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:

• Introduction For Physics And Understanding The Scientific Method
• Differentiating Accuracy From Precision, Understanding The System Of Units, Errors In Measurement, And Converting Units Of Measurement
• Describing Motion Along A Straight Line And Solving Equations In Uniformly Accelerated Linear Motion
• Describing Motion Of A Projectile
• Performing Trajectory Motion Experiment
• Solving Equations Related To Circular Motion
• Newton’s Law Of Motion
• Applying Newton’s Second Law Of Motion
• Calculating Work Done And Power; Describing Work And Energy And Their Relationship
• Applying The Conservation Of Energy
• Center Of Mass, Momentum, Impulse
• Applying The Conservation Of Momentum In Colliding Objects
• Calculating Moment Of Inertia And Kinetic Energy Of Rigid Bodies And Describing Physical Quantities For Objects In Static Equilibrium
• Solving Angular Momentum And Its Conservation
• Explaining The Transformation Of Mechanical Energy
• Applying Newton’s Law Of Universal Gravity And Explaining Planetary Motion Through Kepler’s Law
• Applying Simple Harmonic Motion
• Describing The Damping In An Oscillating System
• Defining Mechanical Waves
• Understanding Properties of Sound as a Mechanical Wave and Applying Doppler Effect
• Computing Pressure And Calculating Buoyant Force
• Applying Bernoulli’s Principle
• Understanding Thermal Equilibrium and Calculating Thermal Expansion
• Calculating Quantities Of Heat
• Understanding The Properties Of Gas And Applying The First Law Of Thermodynamics
• Describing Specific Heat Quantities