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Percent Increase and Decrease Quiz - Page 4

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Preview of AP Chemistry Oxidation/Reduction/Combustion 1 for use with Schoology

AP Chemistry Oxidation/Reduction/Combustion 1 for use with Schoology

Created by
Brian Garber
This resource includes 25 questions in which students read realistic scenarios — drawn from electrochemistry, cellular respiration, rusting, rocket propulsion, and organic chemistry — and determine whether the process described is Oxidation (loss of electrons or increase in oxidation state), Reduction (gain of electrons or decrease in oxidation state), or Combustion (a specific type of rapid oxidation reaction with oxygen that produces heat and light). Designed for AP Chemistry courses, question
Preview of Intro Vocab for Physics

Intro Vocab for Physics

Introductory activity to preview some basis physics words at the beginning of the year. Vocabulary: Directly proportional, inversely proportional, increase, decrease, interaction, system, sum, product, distinguish, relate/relationship, compare, and universal. *I use this activity to help students better understand what questions as asking them to do in addition to practicing important vocabulary words.
Preview of 2021: TEKS 8.8A - Transverse Waves Characteristics - Color by Number - Winter

2021: TEKS 8.8A - Transverse Waves Characteristics - Color by Number - Winter

Created by
Markimatics
WHAT'S INCLUDED:This lesson is aligned with TEKS 2021 Middle School Science:SCIENCE.8.8.A compare the characteristics of amplitude, frequency, and wavelength in transverse waves, including the electromagnetic spectrum; and12 Multiple Choice Questions: Wave Characteristics: Amplitude, Frequency, Wavelength in Transverse Waves What determines the brightness of a light wave?Correct Answer - (Amplitude)Which characteristic describes the energy level in electromagnetic waves?Correct Answer - (Frequen
Preview of GRAVITATIONAL FORCE PHET SIMULATION + PRACTICE QUESTIONS

GRAVITATIONAL FORCE PHET SIMULATION + PRACTICE QUESTIONS

This product includes a PHET simulation activity sheet for your students explore fundamental principles in GRAVITATIONAL FORCE. They will observe and describe the gravitational force that exist between the Sun, Earth, moon and satellites as well as the effect an increase or decrease in mass has on gravitational force. They will finish up with practice questions set in 3 difficulty levels. There are 2 variations which are also described in the product. What do you get after purchasing this produc
Preview of Dimensional Analysis Equation Frames

Dimensional Analysis Equation Frames

Support your students mastery of unit conversion with the math equivalent of sentence frames! This document contains 12 conversion word problems of increasing difficulty and decreasing support. In the first, the equations are single step and have several parts filled in for them already, they just need to complete and calculate to solve the problem. As the problems progress, more steps are needed and fewer pieces are given. By the end, only the fraction lines and function symbols remain - sti
Preview of Calorimetry Lab + Quizzes

Calorimetry Lab + Quizzes

Calorimetry Lab with Quiz gives you a calorimetry experiment with an assessment for your students to complete! This is a Paper 3 and Paper 2: Nature of Science style quiz focusing on a calorimetry lab experiment. Includes both solution and combustion calorimetry examples and discussion. Why Buy?✅ Required IB Chemistry practical made easy! ✅ Save yourself from reading hundreds of pages of lab reports! ✅ Secure your assessment data with multiple versions of the quiz! Included:⭐️ Teacher slides fo
Preview of Forces - Low Budget Drag Races

Forces - Low Budget Drag Races

Created by
Alex Edgar
This is a simple, low-budget, Newton's 2nd law lab. The objectives are to show the students that increasing force on an object increases its acceleration and that increasing the mass of an object decreases its acceleration. Each objective prompts students to make a prediction before doing the lab and the analysis questions ask them to reflect on their results. Detailed, step-by-step instructions, data tables, and grids for graph-making are included. You will need a cart capable of holding ma
Preview of NGSS Physical Science - CBN: Energy Changes with Motion

NGSS Physical Science - CBN: Energy Changes with Motion

Created by
Markimatics
WHAT'S INCLUDED:This lesson is aligned with NGSS Middle School Physical ScienceTheme: Black History MonthStandard/ Disciplinary Core Ideas: PS3.B: Conservation of Energy and Energy Transfer When the motion energy of an object changes, there is inevitably some other change in energy at the same time. (MS-PS3-5)Task Cards Format: Multiple Choices with twelve (12) questions: What happens when kinetic energy decreases in a moving object? Correct Answer - (Potential energy increases) Which type of
Preview of Electromagnetic Spectrum Lab — From Radio Waves to X-Rays

Electromagnetic Spectrum Lab — From Radio Waves to X-Rays

Created by
mindMESA
Title: 🌈 Beyond What We Can See – Electromagnetic Spectrum Lab Summary: Students explore the electromagnetic spectrum through hands-on stations covering radio waves, microwaves, infrared, visible light, ultraviolet, and X-rays. They observe wavelength, frequency, and energy differences and record how each wave interacts with matter: long-wavelength radio waves require large antennas, microwaves heat water molecules, infrared shows heat signatures, visible light mixes RGB colors, UV reveals invi
Preview of Predicting Motion Outcomes from Force Information | 30 TASK CARDS - Grade 8

Predicting Motion Outcomes from Force Information | 30 TASK CARDS - Grade 8

Created by
Lesson Academy
Are your students struggling to predict motion outcomes based on force information? These Grade 8 TASK CARDS are designed to strengthen students’ ability to calculate net force, determine acceleration, and analyze how balanced and unbalanced forces affect motion. Aligned with PS.8.B — Predicting Motion Outcomes from Force Information, this set includes 30 multiple-choice task cards that guide students through real-world force scenarios. Students practice adding and subtracting forces, applying
Preview of Motion Graphs Wkst: x-t, v-t, a-t (Velocity & Acceleration) EDITABLE W/KEY

Motion Graphs Wkst: x-t, v-t, a-t (Velocity & Acceleration) EDITABLE W/KEY

Help your students build a deeper understanding of motion with this great practice worksheet! Students analyze position-time (x-t) graphs and use them to determine direction of motion, velocity (increasing/decreasing, positive/negative), and acceleration. They then apply their understanding by sketching corresponding velocity-time (v-t) and acceleration-time (a-t) graphs. This resource is perfect for reinforcing key concepts in kinematics and helping students connect multiple representations of
Preview of Entropy Concepts in Thermodynamics: A Chemistry Worksheet

Entropy Concepts in Thermodynamics: A Chemistry Worksheet

Created by
defunct adjunct
Are you looking for a conceptual assignment on entropy for your chemistry or physics class? This worksheet has 20 conceptual questions on entropy. ten questions ask students if the entropy increases or decreases in a process and to explain why. The other ten questions ask the student to identify which member of a pair of molecules has less entropy and explain. Questions consider phase changes, chemical reactions, and sizes of atoms. There are 3 versions of this assignment. It can be used a 20-
Preview of Constant Velocity Leveled Practice

Constant Velocity Leveled Practice

Created by
Declan Gruber
This English/Spanish resource allows students to practice making calculations about objects moving with constant velocity, in a differentiated, leveled approach. Complete with answer key, students move through four levels of increasing difficulty allowing for targeted interventions and mastery checks. This is aligned to the Constant Velocity Quizzes.
Preview of Kinetic Energy, Potential Energy, & Work Practice Problems Worksheet (Physics)

Kinetic Energy, Potential Energy, & Work Practice Problems Worksheet (Physics)

Created by
Science Brian
This physics worksheet features 25 scenarios (many with multiple sub-questions) with 39 total questions for students to answer. Formulas used for the questions are those for kinetic energy, gravitational potential energy, and work relating to increases/decreases on kinetic and gravitational potential energy. Other features of this product include: a formula sheet for studentsan answer key that goes through each solution step by stepanswers in key are given to two decimal placesno friction as
Preview of Density Trend of the Carbon Group Elements Lab + Lab Report

Density Trend of the Carbon Group Elements Lab + Lab Report

This resource is a step-by-step guide for high school chemistry students navigating writing their first lab report. Students will start by researching background information on density, the carbon group elements, and periodic trends. Students will then make a prediction about the density trend associated with the carbon group. (Does it increase or decrease as you go down the group?) Students will then design an experiment with their lab partners to test their hypothesis. For this lab
Preview of Impulse from Force–Time Graphs | F-t Graph Interpretation Worksheet

Impulse from Force–Time Graphs | F-t Graph Interpretation Worksheet

This Force–Time (F-t) Graphs and Impulse Worksheet is designed to help students clearly understand how force changes over time and how to interpret the shapes, features, and meaning of F-t graphs. Students learn how to identify increasing, decreasing, and constant forces, locate peak force, determine the duration of applied force, and understand how impulse relates to the area under the curve. Perfect for Grades 8–11 Physics, this worksheet builds strong foundational skills for momentum, impu
Preview of Force–Time Graphs & Impulse Worksheet: Area Under F–t Graphs Practice

Force–Time Graphs & Impulse Worksheet: Area Under F–t Graphs Practice

Help your students build a clear, step-by-step understanding of force–time (F–t) graphs and impulse with this ready-to-use worksheet set. Students read a short note explaining what an F–t graph shows, how to interpret increasing/decreasing/constant force, and how impulse is found as the area under the graph (change in momentum). Then they sketch several different F–t graphs from data tables and calculate the impulse for each one, reinforcing both graphing skills and physics concepts. What’s
Preview of ELECTRICITY CALCULATIONS PHYSICS S.A. Ohm's Law Voltage Current Resistance Power

ELECTRICITY CALCULATIONS PHYSICS S.A. Ohm's Law Voltage Current Resistance Power

Created by
Doc Mathewson
This product contains 19 pages of ELECTRICITY physics short answer questions WITH ANSWERS, from the electricity unit of grade 11 physics. The topics include electricity, voltage, electromotive force, electric potential difference, electric current, amperes, ohms, volts, coulomb, ammeter, voltmeter, electric power, percent efficiency, watts, kilowatts, kilowatt hours, S.I. unit of power and the power dissipated through resistors, solving for voltage, current or resistance using ohm’s law, the fa
Preview of Temperature, Energy, and Particle Speed Worksheets Grade 8 Virginia

Temperature, Energy, and Particle Speed Worksheets Grade 8 Virginia

Are your students struggling to connect temperature, energy, and particle speed?This Grade 8 science worksheet pack helps students understand how temperature changes affect particle motion and energy. Through a focused reading comprehension passage and structured questions, students explore how particle speed increases or decreases with temperature and how this leads to observable changes in matter. This resource is ideal for middle school physical science lessons and provides teachers with a si
Preview of Crash Cushion Design Project | Impulse Momentum | Engineering Design | STEM

Crash Cushion Design Project | Impulse Momentum | Engineering Design | STEM

Paper. Tape. A cart rolling down a ramp. Which team can build a crash cushion that produces the LOWEST maximum force? The competition gets intense. This engineering design project has student teams apply the impulse-momentum theorem to a real challenge: design and build a crash cushion from only paper and tape that minimizes the maximum force during a collision. Students first collect baseline data (no cushion), then iterate through prototype designs, collecting force data after each test using
Preview of Distance-Time Graph Poster Project w/Rubric

Distance-Time Graph Poster Project w/Rubric

Students will create a story of any character they wish. This character will go on a trip meeting set parameters in a prescribed time frame. They will create a poster project of this trip, graphing out all the required number of stops, turns, and speed increases/decreases. Their story must match their graph. Rubric included. Used with both Regular and Honor's courses.
Preview of Double Slit Interference Simulation

Double Slit Interference Simulation

Key HighlightsScientific Accuracy: Simulates real wave interference patterns using the physical formula I=I0cos⁡2ϕI=I0​cos2ϕ.White Light Dispersion: Uniquely simulates the continuous spectrum of white light, showing realistic rainbow edges on outer fringes.Live Measurement: Automatically calculates and displays the fringe spacing (ΔxΔx) with a visual double-arrow indicator.Responsive Interface: Optimized for both PC and mobile devices; the layout adapts automatically to screen orientation.Securi
Preview of Frictional Forces | 10 Knowledge Cards | Physics | French

Frictional Forces | 10 Knowledge Cards | Physics | French

This French-language knowledge card index on Frictional Forces explains what friction is, how it affects motion, and why it is essential in everyday life and mechanical systems. Students learn about different types of friction, how friction generates heat, how it can be measured, and how it can be increased or reduced depending on the situation. Perfect for French-speaking students, teachers, and physics learners, these flashcards support reading comprehension, scientific vocabulary, and unders
Preview of Inclined Plane Lab | Apparent Weight & Normal Force at an Angle

Inclined Plane Lab | Apparent Weight & Normal Force at an Angle

In this hands-on, fully-editable investigation, students explore how the apparent weight (normal force) of a mass changes as the surface beneath it is tilted. By attaching a kitchen scale or lab balance to a clipboard and placing a mass on it, students can observe and record how the scale reading decreases with increasing angle. The lab reinforces the concept that the normal force is a component of gravitational force, and helps students visually and numerically connect their measurements to
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