Percent Increase and Decrease Quiz
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Impulse Part 2 Slides | Hard vs Soft Impacts | Airbags Physics | NGSS
Why airbags save lives — the physics of "soft" crashes. The real-world payoff of impulse. Students learn why INCREASING impact time DECREASES force — and suddenly understand why cars have crumple zones, helmets have padding, and eggs survive when dropped on pillows. **What's Covered:** ✓ Impulse-Momentum Theorem — impulse equals change in momentum ✓ Force and Time Tradeoff — same impulse, different combinations ✓ Hard vs Soft Impacts — why landing on concrete hurts more than grass ✓ Bouncing vs
9th - 12th
Physics, Science
NGSS
HS-PS2-2
Also included in: Momentum Slides Bundle | 5 Lesson Presentations | Collisions Impulse
Intro to Magnetism Unit - Lectures, Lab, Homework, Quiz, and Answers
Unlock the power of magnetism in your classroom with our all-in-one Intro to Magnetism Education Unit! Designed for educators and students alike, this bundle includes everything you need to teach and learn about the fascinating world of magnetism. Enhance your lessons with engaging presentations, hands-on activities, a unit quiz, and comprehensive homework assignments. What's Included: 3 PowerPoint Presentation Lessons: Expandable to last between 3 to 5 periods of instruction - introduce studen
10th - 12th
Chemistry, Physical Science, Physics
PHYSICS MOTION UNITS QUIZ: Acceleration, Speed and Velocity units both SI and BE
Here are two completely different quizzes side by side to save paper and toner- used to determine if learners have knowledge of units of Acceleration, Velocity and Speed.
In both systems of measure SI units and BE Units. There are two very basic problems which can be modified using word to meed the level of your classes.
Simply duplicate the quizzes and you have two for one!!!!
8th - 11th, Higher Education
Measurement, Physical Science, Physics
Graphing Notes and formative assessment
This is a basic note-taking presentation on three types of graphs: Line, bar, and pie charts. The last few slides provide a formative assessment to see if your students can tell which type of graph to use with different kinds of data. This presentation pairs with my hand-made Graphically Organized Notes on graphs, which can also be found for free in my TPT store!
6th - 12th
General Science, Physical Science, Physics
Waves and Energy Quiz
This Waves and Energy Quiz is a ready-to-use assessment tool designed to evaluate 6th grade students' understanding of key science concepts related to waves. The quiz includes 10 multiple choice questions that cover wave properties (like amplitude and frequency), the differences between sound and light waves, seismic wave types, energy transfer, and real-world applications of wave technology. Each question is standards-aligned and carefully worded to check both content knowledge and critical t
6th - 10th
General Science, Physical Science, Physics
Also included in: Waves and Energy Assessment Toolkit
Predicting Redox Reactions Lesson | Electrochemical Series Worksheet & PowerPoin
Teach students how to confidently predict redox reactions with this clear, structured, and highly effective Chemistry lesson PowerPoint! This resource helps students move beyond memorisation to truly understand why reactions occur (or don’t occur) using the electrochemical series. With step-by-step reasoning, worked examples, and diagnostic questions, students learn how to identify oxidation, reduction, and electron flow in a logical, repeatable way. ✅ What’s Included Complete PowerPoint l
7th - 12th, Adult Education, Higher Education
Other (Science), Physical Science, Physics
Big Bang & Expanding Universe – Editable Earth & Space Science PowerPoint Lesson
Big Bang & Expanding Universe – Editable Earth & Space Science PowerPoint Lesson (Middle School / High School)Help your students grasp the origins and expansion of our universe with this engaging, visually rich Big Bang & Expanding Universe PowerPoint Lesson. Perfect for Earth and Space Science units, this editable resource explains key discoveries by Einstein, Slipher, and Hubble, the Doppler Effect, redshift, and how these provide evidence that the universe is expanding. Students will l
6th - 12th, Adult Education, Higher Education
Earth Sciences, Environment, Physics
Also included in: Big Bang & Expanding Universe Bundle — Engaging PowerPoint + Worksheet
Math of Physics in Measurement: Types of Errors and Uncertainty
The objective for this PowerPoint is for the students will understand the uncertainty associated with physical measurements since measurement uncertainty is an intrinsic part of all scientific investigations. . The student will be able to:
1. Apply mathematical properties associated with measurement
2. Identify uncertainties in measured data
3. Determine Types of Errors: Percent Error, Relative Error, Percent Difference
4. Calculate Uncertainty: deviation from the mean
5. Apply Types of Er
11th - 12th
Measurement, Physics
Electrical Potential Energy and Electric Potential
In this PowerPoint we are discussing Electrical Potential Energy and Electric Potential. Sequence is discussed below *Examples of Potential Energy (2 slides) *Relate those examples with Electrical Potential Energy (1 slide) *Potential Energy increases when we go against the field (1 slide) *Approach towards Electric Potential (5 slides) *Definition of Electric Potential and its SI Unit (1 slide) *Relation between Electrical Potential Energy and Electric Potential, with analogy of relation betwee
9th - 12th, Higher Education
Physics
Introduction to Light, Prisms and Mirrors
This PowerPoint has been designed as a lecture for teachers to use when introducing light, prisms and mirrors to a class with limited to no prior knowledge. The PowerPoint's colour-coded words, images, symbols and animations allow the teacher to explain: names of different beams of light (reflected ray, incident ray, refracted ray and emergent ray), the normal, names of angles (angle of incident, reflection, refraction and emergence), optical density, types of reflection (diffuse and specular re
5th - 11th
Physical Science, Physics, Science
IB MYP Physics Chapter 4 - Movement / Years 4&5
This Microsoft PPT file contains the lecture notes for MYP Physics Years 4 & 5 chapter on Movement. The slides' content flow is compatible with the first unit of Heathcote, William. (2018). MYP Physics: A concept-based approach Years 4&5. Oxford: Oxford University Press. However, it can also be used with other MYP Physics Years 4 & 5 textbooks. Content of the lecture:Activity - Nail growthIntroductionQuantifying movementChanging speedLab activity - Rolling ballMotion graphsMagnetismMagnetic fi
9th - 10th
Physics
Kinetic Theory and Pressure (NGSS MS-PS1-4 Matter and its Interactions)
This resource is a fully differentiated lesson aimed at teaching Physics: Kinetic Theory, and links to states of matter and gas pressure.
This lesson has 5 learning objectives that are structured to increase in difficulty as you move through the lesson.
*Identify the structure of solids, liquids and gases (recap).
*Describe how gases exert pressure.
*Explain, in terms of particles, how we can increase the pressure in a gas.
*Apply your understanding of gas pressure and particle movement to
8th - 10th
Physical Science, Physics, Science
CCSS
RST.6-8.7
Lesson 10 - Electrical Power & Efficiency
This product is a power point lesson about drawing schematic circuit diagrams connecting to the curriculum for grade 9 science. After this lesson students will be able to: - Understand how to do simple conversions (i.e. hours to minutes, days to hours, watts to kilowatts, etc.) - Know the difference between an incandescent vs. a fluorescent lamp - Learn how to use the formula for percent efficiency This lesson aligns with the standards of the Ontario curriculum specifically but can be used by an
9th
Physics, Science
Also included in: Full Electricity (Physics) Unit Power Point Lessons Bundle (SNC1W)
IB MYP Physics Chapter 2 - Interaction / Years 4&5
This Microsoft PPT file contains the lecture notes for MYP Physics Years 4 & 5 chapter on Interaction. The slides' content flow is compatible with the first unit of Heathcote, William. (2018). MYP Physics: A concept-based approach Years 4&5. Oxford: Oxford University Press. However, it can also be used with other MYP Physics Years 4 & 5 textbooks. Content of the lecture:Activity - InteractionsIntroductionNewton’s appleGravitational fieldWhat is weight?Weight vs massActivity - Evolution under d
9th - 10th
Physics
Atomic Theory Notes - Orbitals, Sublevels, Energy Levels & e- Configuration
This is a PowerPoint document discussing the Wave Mechanical Model's proposed orgnaization of electrons outside the nucleus, within orbitals, inside sublevels, in principle energy levels, in addition to the Pauli exclusion principle explaining the housing of electrons within orbitals, the Auf bau principle, and how to write electron configurations and represent orbital diagrams. This document would be most appropriate for use within a high school chemistry class, within the Atomic Structure &
9th - 12th, Higher Education
Chemistry, Physical Science, Physics
NGSS
HS-PS1-1
, HS-PS4-1
, HS-PS1-2
+1
Also included in: Atomic Theory Unit Notes Bundle
IB MYP Physics Chapter 1 - Models / Years 4&5
This Microsoft PPT file contains the lecture notes for MYP Physics Years 4 & 5 chapter on Models. The slides' content flow is compatible with the first unit of Heathcote, William. (2018). MYP Physics: A concept-based approach Years 4&5. Oxford: Oxford University Press. However, it can also be used with other MYP Physics Years 4 & 5 textbooks. Content of the lecture:Activity - Modelling interior of a boxIntroductionAtomic modelsNature of electronStructure of atomActivity - Modelling the Geiger
9th - 10th
Physics
Principles of electric circuits: Capacitors and Capacitance
Are you having difficulty in understanding general electric circuits including capacitors? Well, look no further - This guide is what you need! What's in the pdf? Detailed summary of what is a capacitor and what does it work? Types of capacitors Interpreting capacitance Capacitor labeling Series capacitors Parallel capacitors Capacitors in dc circuits Universal exponential curves Capacitive reactance Capacitive Phase shift This source also provides many different solved numerical problems on muc
10th - 12th, Higher Education
Physics
Center of Mass of Systems Slideshows Worksheets Practice, AP Physics 2.1
NO PREP practice slideshow with 27 practice questions and 12 slides. Includes answer solutions in the speaker notes. Use “I Do” practice questions as scaffolded practice, guided notes, or in- class practice. Use “We Do” as group work, pair and share, or in-class practice. Assign “I Do” questions for homework or test review. Use these questions as quiz or test questions. Aligned for AP Physics 1, Unit 2 Forces and Translational Dynamics:Topic 2.1 Systems and Center of MassCan be used for Phy
6th - 12th, Higher Education
Physical Science, Physics
NGSS
HS-PS2-2
, HS-PS2-1
Physics: Light (Refraction & Lenses)
Refraction & Lenses: Light Physics PowerPoint + Interactive Quiz GameFrom STEMora – Purposeful Science Resources Rooted in PedagogyTransform your light unit with this visually-rich, cognitively sound PowerPoint on refraction and lenses. Designed for middle school and junior high science classes, this lesson draws on the principles of explicit instruction, student engagement, and scaffolded conceptual development. Why This Resource Works Think-Pair-Share to activate prior knowledge and fo
6th - 12th, Adult Education, Higher Education
General Science, Other (Science), Physics
NGSS
HS-PS4-4
, HS-PS4-5
, MS-PS4-1
+4
Gravitational Field Strength Slides | The g Value | Weight vs Mass | NGSS
Why g = 9.8 — and why it's different on the Moon. 🎯 Students know g = 9.8 m/s², but do they know WHERE that number comes from? This lesson shows how gravitational field strength depends on mass and distance — and why you'd weigh less on Mars but your mass stays the same. **What's Covered:** ✓ Gravitational Field Strength — what "g" actually represents ✓ Where 9.8 Comes From — calculated, not memorized ✓ Universal Gravitation Connection — deriving g from the big equation ✓ g on Other Planets — M
9th - 12th
Physics, Science
NGSS
HS-PS2-4
Also included in: Gravity Slides Bundle | 6 Lesson Presentations | Orbits Kepler Einstein
Parallel Circuits Slides | Current Splits Voltage Same | Physics | NGSS
Why one burned-out light doesn't kill your whole house. 🎯 Parallel circuits power your home — and confuse students. This lesson makes the "current splits, voltage stays the same" rule crystal clear with visuals that show exactly where electrons go. **What's Covered:** ✓ What Makes a Parallel Circuit — multiple paths for current ✓ Current in Parallel — total current splits, then recombines ✓ Voltage in Parallel — every branch gets full battery voltage ✓ Total Resistance — why adding resistors DE
9th - 12th
Physics, Science
NGSS
HS-PS3-3
58:22
Density Presentation and Student Worksheet
This is a 58 min slide presentation on density. It emphasizes understanding the concept from multiple perspectives and includes formative assessment questions. Students view the presentation and answer questions on the attached doc.
7th - 12th, Adult Education, Higher Education
General Science, Physical Science, Physics
NGSS
MS-PS1-2
, MS-PS1-1
Question Exploration: How Is Illumination Affected By Distance?
How is the Brightness of a Bulb Affected by Distance? This Question Exploration examines this Essential Question, and helps Ss answer the idea of how to increase the illumination of a desktop when they study. Question Exploration Routines are instructional methods that teachers can use to help a diverse student population understand a body of content information by carefully answering a critical question to arrive at a main idea answer. Students taught using the Content Enhancement routines ear
9th - 12th, Higher Education
Astronomy, Physical Science, Physics
NGSS
HS-PS4-5
, HS-ESS1-2
, HS-PS4-1
+1
Introduction to One Dimension Motion
***An excellent complement to Day 1 lectures on One Dimension Kinematics. Includes guided notes, vocabulary, discussion of units, equations, and practice problems solving for each variable including initial and final position, initial and final velocity, acceleration, and time required.
Answer key is provided as a PDF file as a secondary upload. (Introduction to One Dimension Motion Blank and Key) A blank copy as well as the answer key is provided.
This file is .DOC so it can easily be m
10th - 12th
Engineering, Physical Science, Physics
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