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Preview of Decimals: Place Value & Naming Grade Level: 4th – 5th  (Editable)

Decimals: Place Value & Naming Grade Level: 4th – 5th (Editable)

Created by
Concept Clicks
Decimals: Place Value & NamingGrade Level: 4th – 5th GradeDescription: An introductory lesson on decimal place value (tenths, hundredths, thousandths). It covers mixed decimals, how to read/write them in words, and the role of placeholders (zeros).How to Use: Use as an Introduction to a decimals unit. The "Exercise" slides at the end are perfect for a "Think-Pair-Share" activity where students practice writing decimals in word form.Stats: 13 Slides | 4 Practice Exercises.
Preview of History of Hindu Mathematics Grade Level: 9th – 12th (Editable)

History of Hindu Mathematics Grade Level: 9th – 12th (Editable)

Created by
Concept Clicks
History of Hindu MathematicsGrade Level: 9th – 12th Grade (History of Math / Enrichment)Description: A fascinating deep dive into ancient Indian mathematics. It covers the Vedas, the Sulbasutras (geometry of altars), and the contributions of Aryabhata, including the decimal place value system.How to Use: Perfect for Enrichment or Substitute Plans. It provides necessary cultural context often missing from textbooks. Use it to spark a discussion on how different cultures contributed to modern calc
Preview of What’s Your Engineering Archetype? - Problem-Solving Personality Quiz

What’s Your Engineering Archetype? - Problem-Solving Personality Quiz

Created by
QuizBreakers
There is no single way to build the future. Whether your students are drawn to massive structural blueprints or the hidden logic of a computer network, this quiz helps them unlock their unique "Engineering Vibe." It’s the perfect tool to show every student that they have a vital place in the world of innovation and creation. The 4 Engineering Archetypes:The Architect (The Planner): The "big picture" visionary who focuses on the blueprint stage and values precision, structural integrity, and long
Preview of Static Equilibrium: Ladder leaning against a wall.

Static Equilibrium: Ladder leaning against a wall.

The principal purpose of this simulation is to show that:... as the linear acceleration of the ladder and man is zero, then the net force on it is zero.... as the angular acceleration of the ladder and man is zero, then the not torque is zero, no matter where one places the common point about which torques are calculated. One can change:ladder lengthladder angleladder massPosition of man standing on ladderMass of man standing on ladderCoefficient of friction between ladder and floorPosition of c
Preview of Long Division Strategy: DMSB (Editable)

Long Division Strategy: DMSB (Editable)

Created by
Concept Clicks
Long Division Strategy: DMSB (Editable)Full Product DescriptionTopic: Elementary Math, Arithmetic Key Concepts: Long Division, Remainders, DMSB Mnemonic, Dividend, Divisor, Quotient Target Grade Level: Grades 4-6 Stop the struggle with long division! This editable PowerPoint teaches the DMSB mnemonic (Divide, Multiply, Subtract, Bring Down) to give students a reliable, repeatable process for solving division problems. Important Information for Teachers:Step-by-Step Guide: Breaks down a single p
Preview of St. Patrick's Day STEM Activities Leprechaun Trap Stop Motion Unplugged Coding

St. Patrick's Day STEM Activities Leprechaun Trap Stop Motion Unplugged Coding

STEM and STEAM activities for St. Patrick''s Day all in one place! Explore hands-on STEM activities with the engineering design process, digital STEAM activities like stop motion animation and digital brick builds, and unplugged coding and binary activities. If you teach STEM to multiple grades and are looking for plenty of options to try with students, these are the challenges for you. What You'll Get🍀 Hands-On STEM: Leprechaun Trap, Building Brick Challenges (LEGO) + STEM Challenges with Lar
Preview of Making an Iceberg-a Hands-on Titanic Experiment!

Making an Iceberg-a Hands-on Titanic Experiment!

With this hands-on science experiment, students will witness first hand what happens when an "iceberg" is placed in water. Small groups will measure how much of the iceberg falls below the water line and how much is above. Students will also use math to find the percentage of the iceberg that is underwater. This fun experiment shows students how the Titanic hit the iceberg! Globs of Gifted Goodies This work is licensed under a Creative Commons Attribution-NoDerivatives 4.0 International License
Preview of Factors & Multiples: A Visual Approach Grade Level: 4th – 5th (Editable)

Factors & Multiples: A Visual Approach Grade Level: 4th – 5th (Editable)

Created by
Concept Clicks
Factors & Multiples: A Visual ApproachGrade Level: 4th – 5th GradeDescription: A highly visual explanation of factors using arrays of stars and footballs to show how numbers can be arranged in rows and columns. It clearly distinguishes between factors and multiples and includes a True/False quiz.How to Use: Excellent for Conceptual Understanding. The visual arrays help students "see" what a factor is. End the lesson with the interactive True/False quiz as a whole-class exit ticket.Stats: 30 Slid
Preview of The Physics of Pi: A  Lab for Measurement, Graphing, & Error Analysis

The Physics of Pi: A Lab for Measurement, Graphing, & Error Analysis

A classic, hands-on inquiry lab to kick off your physics or physical science course! Students will experimentally determine the value of π by measuring everyday circular objects, graphing their data, and analyzing the slope. It's the perfect activity to build foundational skills in measurement, data analysis, and the scientific method. This complete, print-and-go PDF resource includes:A full Teacher's Guide with lesson tips and a comprehensive answer key.A ready-to-use Student Handout with data
Preview of Comprehensive Algebra Review (Editable)

Comprehensive Algebra Review (Editable)

Created by
Concept Clicks
FeatureDetailTotal Slides:~30 Slides Key Activities:0 (Lecture/Review) Topic: Intermediate Algebra Key Concepts: Real Number System, Sets, Interval Notation, Number Lines, Absolute Value, Types of Equations (Conditional, Identity) Target Grade Level: Grades 9-11 This advanced, editable algebra review covers the properties of the real number system. It is dense with definitions and rules, making it a great exam review tool or start-of-year refresher for Algebra II. Important Information for Teach
Preview of Graphs of Straight Lines: Tables & Slope-Intercept Grade Level: 8–9 (Editable)

Graphs of Straight Lines: Tables & Slope-Intercept Grade Level: 8–9 (Editable)

Created by
Concept Clicks
Graphs of Straight Lines: Tables & Slope-InterceptGrade Level: 8th – 9th Grade (Algebra 1)Description: This deck bridges the gap between a "Table of Values" and the graph of a line. It explicitly teaches how to generate points from an equation like y = 2x - 5 and introduces the Gradient-Intercept form ($y = mx + b$).How to Use: Best for Concept Linking. The side-by-side comparison of the table and the graph helps students understand that the line is just a collection of solutions. Use the "What'
Preview of 37 Problems in Alternating Current with solutions

37 Problems in Alternating Current with solutions

18 pgs 37 problems with solutionsAlternating current problems can use the standard formulas: V=IR P=V2/R=I2R=VI as long as rms values are used. 6 pgs of problems using these with 10 problems followed by detailed solutions. The next 12 pages has 27 problems with solutions and is focused on Inductors, Capacitors and Resistors in series in 120 v AC circuits. Students can see how to add phases of voltages to get output voltage and then currents and pow
Preview of Linear Equations: Variables & Functions (Editable)

Linear Equations: Variables & Functions (Editable)

Created by
Concept Clicks
Linear Equations: Variables & Functions (Editable)Full Product DescriptionTopic: Algebra, Functions Key Concepts: Linear Equations, Independent Variable (x), Dependent Variable (y), Ordered Pairs, Table of Values Target Grade Level: Grades 7-9 This editable lesson introduces the foundational concepts of functions. It focuses heavily on the vocabulary of "Input/Output" and preparing students to graph lines. Important Information for Teachers: Vocabulary: Clearly defines Independent Variables (wh
Preview of PHYSICS GRAPHS of MOTION WORKSHEET

PHYSICS GRAPHS of MOTION WORKSHEET

Created by
Tina-Mari Meyer
Worksheet to assess students knowledge on graphs of motion (kinematics). Worksheet includes multiple choice questions, explanations, definitions, graphing and calculation and covers: speed, distance, acceleration, velocity, speed and displacement. Point value indicated. Key included.
Preview of High School Physics | Electrostatics | Slides + Worksheet + Key + Notes

High School Physics | Electrostatics | Slides + Worksheet + Key + Notes

Teach Electrostatics without spending hours creating slides, notes, and worksheets. This complete no-prep lesson package is designed to help you deliver structured, engaging, and concept-focused Physics classes — all in one place. 🚀 What Makes This Different?This is not just a worksheet or slides. It’s a complete teaching system that allows you to: Teach directly using ready-made slidesEngage students with guided notesReinforce concepts using structured practiceSave hours of lesson planning tim
Preview of High School Physics | Capacitors | Slides + Worksheet + Key + Notes

High School Physics | Capacitors | Slides + Worksheet + Key + Notes

Teach Capacitors & Dielectrics without spending hours creating slides, notes, and worksheets. This complete no-prep lesson package is designed to help you deliver clear, structured, and engaging lessons — all in one place. 🚀 Why This Resource?This is not just notes or slides. It’s a complete teaching system that allows you to: Teach directly using ready-made slidesEngage students with guided notesReinforce concepts through structured practiceSave hours of lesson planning time📦 What’s Included:
Preview of SCIENCE RESEARCH PROMPT: GRAVITY: THE SEARCH FOR A MATHEMATICAL CONSTANT

SCIENCE RESEARCH PROMPT: GRAVITY: THE SEARCH FOR A MATHEMATICAL CONSTANT

This research prompt can be completed by using the internet. Cavendish was a British scientist who experimented with concepts such as gravity and density. He did work on how to calculate a value for gravity. Use this for a graded assignment in science. Thanks so much for visiting!
Preview of Montessori HISTORY CHECKLIST • Lower Upper Elementary Ages 6-12 • 6-Year Scope

Montessori HISTORY CHECKLIST • Lower Upper Elementary Ages 6-12 • 6-Year Scope

A complete Montessori History checklist of 76 presentations for Lower and Upper Elementary (ages 6-12 / Grades 1-6). This easy-to-use scope and sequence gives you every key presentation in one place so you can plan with confidence and track each child’s progress across all three years. Bring clarity and calm to your History shelf with this printable checklist and scope & sequence. This resource lays out the full 6-year Montessori History progression for ages 6-12 in a simple, visual format. Each
Preview of Newtons_First_Law_Lab

Newtons_First_Law_Lab

Buy Back Your Time! With The Penny Flick Challenge is a simple yet intriguing experiment that explores the principles of motion, stability, and friction in a playful and interactive manner. This experiment involves placing pennies on an index card and flicking the card in a specific way to observe how many pennies can be placed on the card without causing them to fall off during the flicking motion. The challenge not only provides an opportunity for participants to engage in hands-on physics bu
Preview of Molecular Movement and Specific Heat....Why Water's High SH Is Important!

Molecular Movement and Specific Heat....Why Water's High SH Is Important!

22 pgs and 24 gifsThe high specific heat of water, the fact it absorbs so much heat to raise the temperature is a property that makes life on earth possible. This high value is caused by Hydrogen Bonding, Modes of Vibration and Molecular Size. Oxygen,methane, water and ammonia are used as examples with gifs. Specific examples are given for the importance of water's structure for human life. An explanation is given for the fact that ammonia has a higher specific heat buta lower vaporization te
Preview of ASTRONOMY STEM WRITING  PROMPT IS JUPITER SHRINKING? GRS.6-12, MG & PHYSICS

ASTRONOMY STEM WRITING PROMPT IS JUPITER SHRINKING? GRS.6-12, MG & PHYSICS

Some scientists believe that certain gas giant planets and exoplanets are shrinking? What could be the problem? Hypothesis? Research to this writing prompt. There appears to be some evidence on Jupiter's Red Giant Storm Spot! Our solar system is an amazing place in the Universe! Thanks for visiting and supporting our humble shop.
Preview of Newton's Laws with Speed, Velocity, and Acceleration (4 pages & 1 page key)

Newton's Laws with Speed, Velocity, and Acceleration (4 pages & 1 page key)

Created by
John Davison
This Google doc is great for the classroom, subs, and for students that are not able to be in the normal classroom. It is self contained with needed information found in short paragraphs. This document contains a wordsearch, a crossword, and a place for creative drawing. This makes it easier for students to get to work. It also has a few open ended questions requiring complete sentences from the students. The 5th page is an answer key. There is a free google slides available for discussion and g
Preview of Carl Friedrich Gauss: Math Blast From The Past Grade 5th – 9th (Editable)

Carl Friedrich Gauss: Math Blast From The Past Grade 5th – 9th (Editable)

Created by
Concept Clicks
Carl Friedrich Gauss: Math Blast From The PastGrade Level: 5th – 9th GradeDescription: Introduce students to the "Prince of Mathematicians." This PPT focuses on Gauss’s genius problem-solving strategies—like adding 1-100 in seconds—and his perfectionist approach to discovery.Teacher Value: Excellent for "Number Talk" sessions or as an introduction to arithmetic sequences.Stats: 16 Slides | 2 Discovery Activities (Summing Sequences & Triangular Numbers).
Preview of PE of a Satellite: -GMM/R   Why the Minus Sign?

PE of a Satellite: -GMM/R Why the Minus Sign?

Satellite Potential Energy is defined by -GM1M2/R2. How can energy be minus?The explanation is given and comment is made that the equation must be limited to CHANGE in PE solutions. The further out a satellite the larger the PE. However, individual values of energy can be assigned negative. KE=GMM/R PE= - GMM/R Total Energy = -GMM/2R
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