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Percent Increase and Decrease Quiz

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Preview of Percent Increase/Decrease Class Notes and Model Problems

Percent Increase/Decrease Class Notes and Model Problems

Class notes and model problems for solving problems with percent increase or decrease. Word document can be edited.
Preview of Kinetic Theory of Matter-Solids, Liquids & Gases, Change of State, Diffusion

Kinetic Theory of Matter-Solids, Liquids & Gases, Change of State, Diffusion

Arrangement of particles in, and properties of, the three states of matter (solids, liquids and gases) and change of state (phase change), this comprehensive and fully resourced lesson for middle school clearly and concisely explains particle theory (kinetic theory). The animated PowerPoint: identifies the three states of matter as solid, liquid and gas;demonstrates the arrangement of particles in solids, liquids and gases;explains the properties of solids, liquids and gases in terms of the arr
Preview of Math Warm-Up Do Now | Exponents, Percent Increase & Scientific Notation | Grades

Math Warm-Up Do Now | Exponents, Percent Increase & Scientific Notation | Grades

Created by
STEMora
Need a quick, structured math warm-up that reviews multiple core skills in one lesson? This Math Do Now / Bell Ringer worksheet helps students practise essential numeracy and algebra foundations, including exponents, percent increase, and converting between scientific notation and standard form. Designed for independent work and completed without a calculator, it’s ideal for building fluency and checking understanding. What’s Included✔ 1 printable Do Now / Bell Ringer worksheet ✔ Mixed-skil
Preview of Intervals of Increasing and Decreasing Powerpoint Notes

Intervals of Increasing and Decreasing Powerpoint Notes

Intervals of Increasing and Decreasing Powerpoint Notes
Preview of Salinity & Salt Water Lesson/Guided Notes/Quiz

Salinity & Salt Water Lesson/Guided Notes/Quiz

🌊 Salinity: Salt Water Lesson – Why Is the Ocean Salty? Bring ocean chemistry and marine biology together in this engaging, high school–level Salinity Lesson from Marine Science Made Simple. Students explore where ocean salt comes from, why salinity varies around the world, and how marine organisms survive in salty environments through osmoregulation. This lesson connects chemistry, Earth systems, climate, and marine biology in one cohesive, easy-to-teach resource designed for real unders
Preview of The Puritans and The Crucible Background Guided Notes

The Puritans and The Crucible Background Guided Notes

These notes correspond with the power point presentation on my site. This is especially useful for special education students or lower level classes. You may modify this document to increase or decrease support as necessary for your students. It is done in a cloze or skeletal style in which there are blanks that students must complete during class notes and discussion. Hope this is helpful. (Answers are all in the power point.)
Preview of Question Exploration: What Are the Solar Activity Sunspot Cycles?

Question Exploration: What Are the Solar Activity Sunspot Cycles?

Created by
TheScienceGiant
What are the solar activity sunspot cycles? Sunspots increase and decrease through an average cycle of 11 years.  This Question Exploration helps Ss explain how the spotless Sun turns dark, releasing solar flares and coronal mass ejections (CMEs). Question Exploration Routine is an 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. The Concept Compari
Preview of Velocity-Time Graphs Activity | Acceleration vs Deceleration | Motion Graph Matc

Velocity-Time Graphs Activity | Acceleration vs Deceleration | Motion Graph Matc

Created by
STEMora
Help students clearly understand the relationship between velocity-time graphs and acceleration with this engaging matching activity. Students analyse different velocity-time graphs and determine whether the motion represents acceleration, deceleration, increasing acceleration, or constant velocity. This resource is perfect for introducing or reinforcing key kinematics concepts in middle or high school physics lessons. Students will examine a series of velocity-time graphs and match them to
Preview of Key Features of Graphs of Functions - Editable Algebra Foldable

Key Features of Graphs of Functions - Editable Algebra Foldable

Created by
Lisa Davenport
This editable algebra 1 foldable organizes key features including domain, range, intercepts, intervals that are increasing/ decreasing, and relative maximum/ minimum for the following types of graphs: LinearAbsolute ValueQuadraticExponentialSquare RootPiecewisePerfect for interactive math notebooks! I use this type of assignment during whole group guided instruction, but it would also work great for intervention, small group, centers, or during a tutoring session. This download includes a print
Preview of Guided Notes: Russian Revolution Intro

Guided Notes: Russian Revolution Intro

This document goes along with my FREE PowerPoint Presentation on Russian/Bolshevik Revolution. Students simply follow along and fill in missing key words. I know it doesn't sound like learners will take much from simply copying down info, but I have noticed an increase in quiz grades since I started using this! Students are focused on what I am saying and they are busy writing which keeps them on task. It also encourages them to read along as I talk!
Preview of Key Features of Polynomial Graphs Interactive Notes and Student Practice Pages

Key Features of Polynomial Graphs Interactive Notes and Student Practice Pages

Created by
Math by Miriam
After you have introduced some basic concepts about polynomial functions and their graph to students, begin introducing them to analyzing the key features of the graph: zeros, turning points, local extrema, intervals where the function is positive & negative, and intervals where the function is increasing & decreasing. These scaffolded notes and practice pages work great for students to understand this complex topic. The only thing students need besides the note or practice page you give th
Preview of Real Numbers Revision Worksheet | Inequalities, Scientific Notation & Percentage

Real Numbers Revision Worksheet | Inequalities, Scientific Notation & Percentage

Created by
STEMora
Real Numbers Revision Worksheet | Inequalities, Scientific Notation & Percentages | Middle School MathsThis Real Numbers Revision Worksheet is a clear, no-fluff practice resource designed to consolidate key number skills commonly assessed in middle school maths. Students work through a structured Do Now / Revision task covering inequalities, scientific notation, and percentage increase & decrease, making it ideal for lesson starters, independent practice, homework, or assessment preparation.
Preview of Intro to Exponential Functions - Binder Notes for Algebra 1 - Editable

Intro to Exponential Functions - Binder Notes for Algebra 1 - Editable

Created by
Lisa Davenport
This set of editable Algebra 1 Binder Notes provides students with guided notes on similarities and differences between linear functions and exponential growth and decay functions The front side of the page compares these three by examining an equations, table, graph, and interpreting the y-intercept/ initial value, slope/ constant ratio, and whether the graph is increasing or decreasing. Students will then practice the following concepts: determine whether a table of value is linear or expon
Preview of Calculating Molar Mass Notes

Calculating Molar Mass Notes

Calculating Molar Mass Notes are a one-page summary of how to calculate molar mass. This note set is extremely simple. It only takes 3 PowerPoint slides to show your students how to calculate molar mass. You could use these notes as a segway into a couple of different topics, such as percent composition, the mole, or stoichiometry. Concepts covered in Notes Page: definition of molar massamu vs g/molhow to calculate molar mass6 practice problems that increase in complexityIncluded in Product: 1-p
Preview of Key Features of Quadratic Functions - Editable Binder Notes for Algebra 1

Key Features of Quadratic Functions - Editable Binder Notes for Algebra 1

Created by
Lisa Davenport
This set of editable Algebra 1 Binder Notes provides students with guided notes serving as an introduction to graphing quadratic functions. Students will explore the quadratic parent function from an equation, table, and graph. They will label the vertex, axis of symmetry, determine which way it opens, and define the intervals in which it increases and decreases. Students will also explore the effect of "a" and compare functions with different values of "a" to the parent quadratic function.
Preview of Functions Notes (Function Families) - Algebra 2

Functions Notes (Function Families) - Algebra 2

Created by
The Engineer
This item can be used to introduce function families and the characteristics of each. It may also be used as a culminating review activity for students. I have included 2 versions of the notes: a fill-in-the-blank version and a completed version that can be given to students. Characteristics for each family include: - Domain - Range - x and y intercepts - End Behavior - Increasing & Decreasing Intervals - Asymptotes Also included for each family is
Preview of Key Features of Quadratic Functions - Notes and Homework

Key Features of Quadratic Functions - Notes and Homework

This resource is for the Common Core Algebra I curriculum. It is meant to use to teach key features of quadratic functions. Given a graph or equation of a quadratic function, the key features covered are: opening upward/downard, axis of symmetry, vertex/turning point, maximum/minimum, end behavior, x and y intercepts, intervals where the function is increasing/decreasing, domain/range, and even/odd/neither function. Students are asked to graph the parabola when the equation is given. Note: The
Preview of Key Features of Functions - Guided Binder Notes for Algebra 1

Key Features of Functions - Guided Binder Notes for Algebra 1

Created by
Lisa Davenport
This set of algebra 1 binder notes provides the teacher and students with guided notes on the following types of functions: linear, absolute value, quadratic, exponential, square root, cubic, and cube root. Each function is given, along with its graph, and students will write in various key features of each, including domain and range, x- and y-intercepts, intervals to which the function is increasing or decreasing, vertex and axis of symmetry (quadratics only), end behavior, and an explanatio
Preview of Forces-Pressure in Air & Liquids-Distance Learning & Homeschool-Middle School

Forces-Pressure in Air & Liquids-Distance Learning & Homeschool-Middle School

This is an action-packed distance learning or home school lesson on air pressure and pressure in liquids. What’s CoveredThis fully resourced lesson includes an animated PowerPoint which:demonstrates use of the equation pressure = force/area;explains and gives examples of the relationship between pressure, force and area;specifies units for pressure as N/m2 and Pascals;explains the relationship between upthrust and floating and sinking;explains why number air particles decrease with altitudeex
Preview of Graphing Square Root & Cube Root Functions - Algebra 2 Guided Notes

Graphing Square Root & Cube Root Functions - Algebra 2 Guided Notes

Give your students a clear and visual approach to Graphing Radical Functions with this structured Algebra 2 Guided Notes Set. These notes guide students through understanding square root and cube root functions, identifying key features, and applying transformations with confidence. Radical Functions Overview — Introduces radical functions and distinguishes between square root and cube root parent functions.Key Features of Radical Graphs — Helps students determine domain, range, end behavior,
Preview of Write Linear Equations Word Problems Slope Int Form  - Notes & Around the Room

Write Linear Equations Word Problems Slope Int Form - Notes & Around the Room

Help students confidently write linear equations in slope-intercept form from real-world word problems with this engaging, low-prep Algebra 1 resource! This activity bundle is perfect for practicing how to identify slope (rate of change) and y-intercept (starting value) in context. ✨ What’s Included ✔ Quick Notes Page Clear explanation of writing equations in y = mx + b form ✔ Practice Worksheet (20 Problems) Real-world scenarios students can relate to Mix of increasing and decreasing sit
Preview of NGSS MS-PS1-4 Matter and its Interactions States of Matter

NGSS MS-PS1-4 Matter and its Interactions States of Matter

Created by
King's Science
NGSS MS-PS1-4 Matter and its Interactions States of Matter and Thermal Energy PowerPoint. Defines random motion, solids, liquids, gases, kinetic energy, temperature, and thermal energy. Discusses measuring temperature, total thermal energy, temperature vs. thermal energy, heat, relationships between the motion of molecules and the kinetic energy. The average kinetic energy of the particles and the temperature. The transfer of thermal energy and a change in kinetic energy or a change in state of
Preview of Generating Electricity from Fossil Fuels Fully Resourced Lesson

Generating Electricity from Fossil Fuels Fully Resourced Lesson

The whole story of fossil fuels from their formation, their role in global warming, how a fossil fuel power plant works and to finish, an explanation of the electricity grid. The aim of this fully resourced lesson for middle school is, not only to equip students to answer test questions, but to give them the science to enable them to understand, and think about, reports they see in the media about global warming and why the world is trying to reduce its reliance on fossil fuels. It explains the
Preview of Fossil Fuel Formation & Generating Electricity Distance Learning & Homeschool

Fossil Fuel Formation & Generating Electricity Distance Learning & Homeschool

This is an action-packed distance learning or home school, fully resourced lesson for middle school which tells the whole story of fossil fuels from their formation to their role in global warming, how a fossil fuel power plant works, then finishes with an explanation of the electricity grid. The aim is, not only to equip students to answer test questions, but explains the science to enable them to understand, and think about, reports they see in the media about global warming and why the world
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