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Free science independent work packet videos

Preview of 13.3. Motion of Points in a Wave & Phase Video
10:54

13.3. Motion of Points in a Wave & Phase Video

Motion of points in a transverse waveRelationship between angles and points on a waveIn phase, out of phase and exactly out of phasePhase difference*This topic has lesson slides, follow along notes sheet and video listed separately*
Preview of 2.5. Describing Motion from d, v, a, t Graphs Video
13:39

2.5. Describing Motion from d, v, a, t Graphs Video

Linear motion equation graphsTicker tape graphsMotion mapsConstant velocity and accelerated motion graphsGetting information from position graphsSlope and y-intercept of position graphsDescribing motion from position graphsForward, backwards and at rest graphs*This topic has lesson slides, guided notes and videos*
Preview of 2.6. Velocity Graphs Video
10:14

2.6. Velocity Graphs Video

Getting information from velocity graphsSlope and area of velocity graphsDescribing motion from velocity graphsForward, backwards and at rest graphsSpeeding up, slowing down, constant velocity graphsd, v, a graphs of constant velocity and accelerated motionLinear motion equation graphs*This topic has lesson slides, guided notes and videos*
Preview of 12.2. Magnetic Fields Video
10:07

12.2. Magnetic Fields Video

The magnetic field around the EarthSolar windEarth and MarsAurora BorealisThe compassMagnetic field lines around a magnetMagnetic field lines between two magnets*This topic has lesson slides, guided notes and videos*
Preview of Density basics: video and lesson guide

Density basics: video and lesson guide

Created by
DeverScience
My free video comes with this engaging and interactive introductory lesson on the basics of density! Download the student worksheet which also seconds as a lesson guide. Open the video from the you-tube link and you are ready to teach. Pause the video at key points to record the essential information and lead the discussion points. This can even work with a subsitute or guest teacher! Have students who struggle to focus? Assign this individually and have them complete the lesson with headp
Preview of 4.3. Types of Forces & Free Body Diagrams Video
16:26

4.3. Types of Forces & Free Body Diagrams Video

Free Body DiagramsFrictionNormal ForceForce of GravityApplied ForcesFBD of objects on a horizontal surface, on an inclined plane, on free fall, with or without friction, with or without acceleration*This topic has lesson slides, guided notes and a free video*
Preview of 5.1. Understanding Projectile Motion Video
14:08

5.1. Understanding Projectile Motion Video

Horizontal and vertical motionConstant speed vs. accelerated motionHorizontal independent from verticalBullet fired vs bullet thrownHeight and time in airThe 4 cases of projectile motionMass and free fallGalileo and the Tower of Pisa experimentHammer and feather drop on the MoonFree fall*This topic has lesson slides, guided notes and videos*
Preview of 9.1. Work & Power Video
11:44

9.1. Work & Power Video

Definition of WorkEquation for WorkThe JouleDerived and Fundamental UnitsWork with forces at an angleWork against gravityPower definitionPower equationsThe WattThe power/time relationship*This topic has lesson slides, guided notes, videos and practice*
Preview of 4.5. Mass & Weight Video
11:51

4.5. Mass & Weight Video

Differences between mass and weightMass and weight on different planets or moonsFg = mgScalar and vectorsFinding acceleration due to gravity from Weight vs. Mass graphsAction-Reaction and weight*This topic has lesson slides, guided notes and a free video*
Preview of 7.1. Circular Motion Video
20:53

7.1. Circular Motion Video

Circular MotionTangential VelocityCircumference and Periodvcircle = 2pir/TFrequency and Periodf = 1/TRPMsCentripetal Accelerationa = v2/rFc = mv2/rCentripetal ForceDirection of v, a, FRelationships in Circular MotionGraphsThe Centripetal ForceFriction, Gravity, Tension and Normal Force in Circular Motion*This topic has Lesson Slides, Guided Notes and a Video*
Preview of 5.4. Projectiles at an Angle Video
15:52

5.4. Projectiles at an Angle Video

Review of the 4 cases of projectilesvelocity and acceleration vectorsThe 5 step strategy to solve projectiles at an angle problemsSpecial anglesMax height, range, time in airOrbitPractice*This topic has lesson slides, guided notes and videos*
Preview of 4.2. Newton's Second Law Video
11:22

4.2. Newton's Second Law Video

Newton's First Law of MotionNewton's Second Law of MotionF = maThe NewtonDerived and Fundamental UnitsLinear and inverse relationships in a = F/mThe net forceF = ma practice*This video goes with lesson slides and guided notes*
Preview of 4.4. Equilibrium Video
6:57

4.4. Equilibrium Video

Forces, acceleration, velocity and distance in equilibriumAcceleration, velocity and distance graphs in equilibrium and not in equilibriumFree Body Diagrams of objects in equilibrium and not in equilibrium*This topic has lesson slides, guided notes and a free video*
Preview of 3.5. Resolving a Vector into Horizontal and Vertical Components Video
9:27

3.5. Resolving a Vector into Horizontal and Vertical Components Video

In this video I show how to resolve a vector into horizontal and vertical components graphically on a grid and then mathematically using trigonometry.*This video goes with lesson slides and guided notes*
Preview of 3.6. Equilibrium Video
8:16

3.6. Equilibrium Video

Free body diagrams of system in equilibrium and not in equilibriumForce, acceleration, velocity and displacement graphs of objects in equilibrium and not in equilibriumThe equilibrantPattern of the magnitude of the equilibrant of two concurrent vectors at increasing angles*This video goes with lesson slides and guided notes*
Preview of 3.4. Max Min Vectors Range of Resultant Video
5:46

3.4. Max Min Vectors Range of Resultant Video

Adding vectors mathematically at 0, 90 and 180 degreesUsing the parallelogram method to add concurrent vectorsNoting the pattern when adding concurrent vectors at increasing angles*This video goes with lesson slides and guided notes*
Preview of 3.3. Adding Vectors Graphically Video
9:00

3.3. Adding Vectors Graphically Video

The Tip-to-Tail Method for adding vectorsThe Parallelogram method for adding vectorsCommon mistakes in drawing vectorsAdding vectors mathematically at any angle using law of cosine and law of sine* This video goes with lesson slides and guided notes*
Preview of Ecological Relationships

Ecological Relationships

Created by
Jennifer Hicklin
After teaching ecological relationships to my students, I had them watch The Secret World of Sharks and Rays (Nature Program.) After each interacting species pair, the student noted the relationship (predator/prey, commensalism, or mutualism.) The student also noted why it was labeled that way. On the other side, I had the students record 10 facts about sharks and 10 facts about rays.
Preview of 12.3. Electromagnetic Induction Video
4:49

12.3. Electromagnetic Induction Video

Electromagnetic inductionThe Right Hand RuleMagnetic field around a wireMagnetic field through a coilInduced currentInduced voltage*This topic has lesson slides, guided notes and videos*
Showing 1-24 of 37 results

Find Science resources | TPT

Importance of learning science

Learning science is particularly important for students as it equips them with the essential knowledge and skills to make sense of the world around them. Science education is not just about memorizing facts. It fosters critical thinking, inquiry, and problem-solving abilities. These skills are not only useful in school but also in everyday life beyond the classroom.

Benefits of learning science

Learning science offers many benefits to students both in school and beyond. In fact, it helps students:

  • Question the world around them and seek evidence-based explanations
  • Cultivate their ability to observe, experiment, and analyze data
  • Nurture a sense of curiosity, awe, and wonder about the natural world
  • Understand natural phenomena and the laws that govern the universe

With a solid foundation in science, teachers can help empower students to think critically, solve problems, make informed decisions, and engage with the world around them in meaningful ways.

Teaching with science resources

One of the best parts about science class is all of the possibilities for hands-on, collaborative learning! Think: labs, experiments, inquiry-based activities, and design challenges. These activities encourage students to explore scientific concepts by observing, asking questions, and conducting investigations. Additionally, with small group centers, students can engage in group experiments, discussions, and projects that require them to collaborate, share ideas, and solve problems together.

Discover printable and digital science resources

If you’re a teacher or parent looking for printable or digital science resources, TPT has an extensive array of instructional materials for every learning need, topic, or grade level. Whether you're learning about plant parts or butterfly life cycles, or exploring advanced topics like the anatomy of a cell or Newton’s laws of motion, we've got you covered.

On TPT, science resources come in various forms: from labs and worksheets to craftivities and doodle notes. They can be used to enhance learning, assess a student’s mastery of science concepts, or to reteach a tricky topic. With plenty of TPT resources at your fingertips, teaching and learning science will be so much easier. Plus, you can expand students’ knowledge even further by exploring TPT math resources, which are frequently paired with science lessons.

Frequently asked questions about teaching science

What types of science lessons are available on TPT?

There are many different types of science resources sold by Sellers on TPT. Some popular science lessons include biology, earth sciences, chemistry, environment, engineering, and anatomy.

How do I find science lessons on TPT?

Educators can save time preparing science lessons with resources created by experienced teachers. Simply start a search for science resources on the TPT marketplace, and filter by grade level, price, and/or resource type to find materials that've been proven to work in classrooms like yours. No matter what you’re teaching, there are plenty of science lessons and activities sold by Sellers on TPT that are tailored to meet your students' skill levels.

How can I make my science lessons fun and engaging?

Students learn best when they're engaged! Sprinkle a little fun into your science lessons and make them feel like real scientists by investigating everyday objects, exploring the world outside the classroom, and doing hands-on and collaborative experiments and design challenges.