StickMan Physics

Your complete 1D Motion unit — animated, printed, and ready to teach tomorrow.This 14-piece bundle covers the full one-dimensional motion curriculum with animated PowerPoints, matching student handouts, and supporting videos for every lesson. Two lessons are included free — preview the animations at StickmanPhysics.com or on the YouTube 1D Motion Playlist before you buy. What's included (6 lessons, 14 products):Intro, Scientific Notation, and Unit Analysis — PowerPoint + Handout (Free)Scalars an

Your complete 2D Motion unit — vectors, projectile motion, and angular launch — animated and ready to teach.This 8-product bundle covers the full two-dimensional motion curriculum with animated PowerPoints and matching student handouts. Every lesson connects to the free animated unit at StickmanPhysics.com so students can review at home. What's included (6 lessons, 8 products):Describing and Drawing Vectors — PowerPoint + HandoutCombining 2D Vectors — PowerPoint + HandoutBasic Projectile Motion

Teach your entire Work, Power, and Energy unit with everything already built.This 8-product bundle covers work, power, mechanical energy, and simple machines with animated PowerPoints and matching student handouts. Every lesson connects to a live animated webpage at StickmanPhysics.com — students can review concepts at home, making this perfect for in-person, hybrid, or async instruction. What's included (8 products):Work and Power — PowerPoint + HandoutMechanical Energy and Conservation of Ener

Teach your entire Forces unit without building a single lesson from scratch.This 22-product bundle covers the complete forces curriculum — Newton's Laws, mass and weight, friction, air resistance, incline planes, and springs — with animated PowerPoints and matching student handouts for every lesson. Every concept is built around StickmanPhysics.com animations that students can revisit at home. What's included (22 products):Newton's First and Second Law — PowerPoint + HandoutNewton's Third Law —

Teach your entire Intro to Waves unit with every lesson already built.This 13-product bundle covers the complete introductory waves curriculum with animated PowerPoints and matching student handouts for every lesson. Every concept connects to a live animated webpage at StickmanPhysics.com — students can review at home, perfect for in-person, hybrid, or async instruction. What's included (6 lessons, 13 products):Intro to Waves — PowerPoint + HandoutWaves Math — PowerPoint + HandoutWave Phenomena

Teach your entire Current and Circuits unit with every lesson already built.This 13-product bundle covers current, power, series, parallel, and complex circuits with animated PowerPoints and matching student handouts. Every lesson connects to a live animated webpage at StickmanPhysics.com — students can review at home, perfect for in-person, hybrid, or async instruction. What's included (13 products):Current and Circuits Intro — PowerPoint + HandoutCurrent and Power — PowerPoint + HandoutSeries

Lessons and handouts with their own webpages to run an in person and a synchronous or asynchronous digital class. The lessons include animations we created to help with understanding. Preview the lesson content on the StickManPhysics.com lesson pages found in this unit here

This bundle includes 15 ready-to-use animated PowerPoints and handouts covering the complete EM waves curriculum — from the electromagnetic spectrum through refraction, mirrors, and lens diagrams. Every lesson is built around StickmanPhysics.com animations that students can revisit at home, making this equally effective for in-person, hybrid, or async digital instruction. What's included (15 products):EM Spectrum PowerPoint + HandoutColor of Light PowerPoint + HandoutRefraction of Light and Snel

Scalar and Vector Learning Targets•I know the  variable and  unit for  velocity,  time, and  displacement•I understand the  difference between scalars and vectors•I can  calculate the  distance and  displacement of an object that moves along a straight line path •I can  calculate the  speed and  velocity of an object that moves along a straight line path •I know the difference between  instantaneous velocity and  average velocity of an object •I understand how  acceleration is different than vel

PowerPoint to go with a collisions and conservation of momentum animated lesson. Each lesson PowerPoint has a separate handout that can be found on Teachers Pay Teachers and a webpage which includes the content and a video of the lesson. All versions of lesson delivery are synchronous covering the same content the same way. Each lesson includes a problem set for an additional day of practice. Use this webpage here to preview this lesson content which students can use during an asynchronous les

Handout to go with a impulse and momentum animated lesson. Each lesson Handout has a separate PowerPoint that can be found on Teachers Pay Teachers and a webpage which includes a video of the lesson. All versions of lesson delivery are synchronous covering the same content the same way. Each lesson includes a problem set for an additional day of practice. Use this webpage here to preview this lesson content which students can use during an asynchronous lessonFind the lesson PowerPoint for a sy

An animated intro electrostatics lesson covering basic charge with the following learning targets: •I can define electrostatics •I can explain how charged objects interact •I know what field a static charge or current produces •I can qualitatively and quantitatively determine the charge of an object •I can explain the difference between conductors and insulators •I can recognize and explain charging by friction, induction, and conduction Find a handout to go with the PowerPoint by clicking here

Discover the difference scalars and vectors. Learn to calculate distance, displacement, speed, and velocity. This worksheet follows along with the StickMan Physics webpage: https://www.stickmanphysics.com/stickman-physics-home/one-dimensional-motion/scalars-and-vectors/

Handout to go with PowerPoint Acceleration Learning Targets•I know what acceleration is and can explain its difference from constant velocity •I understand how time, distance, and velocity relate to acceleration •I can interpret the directions signs of velocity and acceleration to determine if there is acceleration or deceleration •I can make a givens list and pick the right constant velocity or acceleration equation •I can successfully work acceleration problems This is Part of a 6 Lesson 1D Mo

Work through a mixture of series and parallel circuits. Other questions relate to differences between series and parallel circuits with light bulbs or resistors.

A lesson created for in person learning in class or digital learning students to follow online Newton's First Law Learning Targets•I can define inertia •I can describe how inertia is directly related to mass Newton's Second Law Learning Targets•I understand what force is •I can determine net force •I can draw a force diagram •I can solve (Fnet = ma) problems •I can solve problems with (Fnet = ma) and acceleration equations combined Preview our StickMan Physics content on our webpages here: Stick

An animated intro electrostatics lesson handout covering basic charge with the following learning targets that is associated with a PowerPoint found on Teachers Pay Teachers Here or a video on the associated StickMan Physics webpage here. •I can define electrostatics •I can explain how charged objects interact •I know what field a static charge or current produces •I can qualitatively and quantitatively determine the charge of an object •I can explain the difference between conductors and insu

A lesson created for in person learning in class or digital learning students to follow online Acceleration Due To Gravity Learning Targets•I understand what an acceleration due to gravity of 10 m/s2 means •I can recognize position time and velocity time graphs with acceleration due to gravity •I can recognize acceleration due to gravity problems •I know how to solve acceleration due to gravity problems This is Part of a 6 Lesson 1D Motion Set which has handouts, PowerPoints, and associated vide

Handout to go with a collisions and conservation of momentum animated lesson. Each lesson handout has a separate PowerPoint that can be found on Teachers Pay Teachers and a webpage which includes the content and a video of the lesson. All versions of lesson delivery are synchronous covering the same content the same way. Each lesson includes a problem set for an additional day of practice. Use this webpage here to preview this lesson content which students can use during an asynchronous lesson

A lesson created for in person learning in class or digital learning students to follow online Learning Targets•Beak an angular launch into vertical and horizontal velocity components •Use pick givens and solve projectile motion problems launched at an angle Observe the PowerPoint in slideshow view to see the animated concepts. Preview animations or teach digitally with my StickMan Physics web page here: https://www.stickmanphysics.com/stickman-physics-home/two-dimensional-motion/angular-launch