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Preview of APCS Java Classes Unit: Classes, Constructors, Methods

APCS Java Classes Unit: Classes, Constructors, Methods

This contains a ton of assignments, labs and quizzes for a Java Classes unit for AP Computer Science A.
Preview of Psychology Lab Think Hard, Think Logical? Need for Cognition and Rational Style

Psychology Lab Think Hard, Think Logical? Need for Cognition and Rational Style

Created by
Brian Garber
Activity Description Students complete the Need for Cognition Scale (NCS-6) and the Rational-Experiential Inventory (REI) Rational Thinking subscale, then pool paired scores from 9 classmates to compute a Pearson r. The lab examines whether people who enjoy thinking hard also tend to rely more on logical analysis. Students explain the psychological mechanism linking the motivation to think carefully (NFC) to the actual thinking style used (rational vs. experiential), and evaluate a fictional c
Preview of Hooke's Law Calculator | Interactive Physics Lab Tool for Spring Constant

Hooke's Law Calculator | Interactive Physics Lab Tool for Spring Constant

Discover the ultimate Hooke's Law calculator for physics education! Our interactive spring mechanics tool helps students analyze elastic force relationships and calculate spring constants with professional accuracy. Perfect for physics labs, engineering courses, and mechanical engineering studies. Key Features: ✅ Spring constant calculator with statistical analysis ✅ Physics lab software with PDF report generation ✅ Force vs displacement graphing tool ✅ Linear regression analysis f
Preview of Psychology Lab Think Harder, Believe Less? Need for Cognition & Conspiracy

Psychology Lab Think Harder, Believe Less? Need for Cognition & Conspiracy

Created by
Brian Garber
Think Harder, Believe Less? Need for Cognition and Conspiracy Beliefs Students complete the Need for Cognition Scale (NCS-6) and the Generic Conspiracist Beliefs Scale (GCBS), then pool data to calculate a Pearson r. The lab explores research showing that analytic thinking is associated with lower conspiracy belief and invites students to examine how critical thinking may serve as a buffer against conspiratorial reasoning. Discussion distinguishes healthy skepticism from conspiracist thinking
Preview of STEM Snowflake Symmetry Lab for Grades 6-12 | Geometry, Transformations Activity

STEM Snowflake Symmetry Lab for Grades 6-12 | Geometry, Transformations Activity

Create Stunning Snowflakes with Symmetry!Explore STEM, geometry, symmetry, and transformation in this hands-on activity for grades 6-12. Students will create paper snowflakes, identify lines of symmetry, and understand rotational symmetry, while applying mathematical concepts in real-world applications. Perfect for engaging students in geometry and art! Includes lab sheet, teacher directions, and reflection questions. Ideal for math, science, and visual arts classrooms. Engage your students in t
Preview of Candy Corn Investigations - Science Lab Skills Practice for Fall Fun

Candy Corn Investigations - Science Lab Skills Practice for Fall Fun

Want to have your students practice lab skills while having some holiday fun?  Try out these candy corn activities.  The first activity has the students try to determine the mass of a single candy corn.  Definitely have a range of acceptable masses for a single candy corn for the package that you have.  The second activity has students trying out different liquids (I typically use hot and cold water, ethanol, white vinegar, and apple cider vinegar) to determine which best dissolves a candy corn.
Preview of Painting for Dollars BUSINESS GAME - Math Activity - Gr 4-10 Business Simulation

Painting for Dollars BUSINESS GAME - Math Activity - Gr 4-10 Business Simulation

PAINTING FOR DOLLARS is a business game suitable for grade 4 - 10. Almost no prep is required and this game can be played repeatedly, with different results based on student behavior. A great way to teach Economics and Financial Literacy concepts.All instructions and gameplay are guided using the PowerPoint presentation. Print off BID SLIPS and hand them out to the team, while each team tracks their business using the BUSINESS LEDGER. The game is simple, but very strategic and fun, here's how
Preview of Circuits Lab for Integrated Chemistry & Physics with graphing & Ohms Law calcs

Circuits Lab for Integrated Chemistry & Physics with graphing & Ohms Law calcs

Get your students engaged with physics by measuring, graphing and building circuits! Students will determine the resistance of various resistors using Ohm's Law. Materials: (per group) Battery soure 2 Alligator Clips Resistors *MAKE SURE THE RESISTANCE IS HIGH ENOUGH THAT IT DOES NOT START A FIRE*
Preview of Acceleration Lab for Integrated Chemistry & Physics ICP - with graphing

Acceleration Lab for Integrated Chemistry & Physics ICP - with graphing

Get your students engaged with physics by measuring, graphing and playing with cars! Students will determine the starting point & ending points, taking in data and graphing results. They will determine how various materials and heights affect acceleration Materials:Race car Stop watch Ramp (at least 1 m long) Meter Stick Textbooks  Towel Wax Paper
Preview of Density by direct measurment

Density by direct measurment

Created by
Shawn McMillan
For this activity you will need rulers, balances, and 4 cubes of different materials (density cubes work well).
Preview of Fraction ⇆ Decimal ⇆ Percent Conversions | Math Lab + Answer Key

Fraction ⇆ Decimal ⇆ Percent Conversions | Math Lab + Answer Key

Looking for a no-prep, pencil-only activity that helps students solidify their understanding of fractions, decimals, and percents—and actually enjoy it? This engaging Math Lab is packed with 6 creative, puzzle-based tasks that explore conversions through matching, visuals, real-world scenarios, logic puzzles, and reasoning challenges. Perfect for review, practice, sub plans, or centers! What’s Included:✅ Visual & numeric matching task ✅ Fraction–Decimal–Percent conversion puzzle ✅ True/False ma
Preview of Math Lab: Multiplying Fractions with Models | Includes Answer Key

Math Lab: Multiplying Fractions with Models | Includes Answer Key

Looking for a no-prep, hands-on way to help your students master multiplying fractions? This engaging math lab has everything you need to teach, reinforce, and assess fraction multiplication — all in one printable resource! Students will explore multiplying fractions through a variety of fun and thoughtful tasks including visual models, symbolic computation, real-life word problems, and a mystery puzzle challenge. With a strong focus on conceptual understanding, this lab helps students move beyo
Preview of Cross-Sections of 3D Figures (Play-Doh Math Experiment)

Cross-Sections of 3D Figures (Play-Doh Math Experiment)

If you’re looking for a hands-on way to teach cross-sections that your students will actually love, you have found it! This Play-Doh activity is a total game-changer for teaching 3D shapes in 7th and 8th grade.What shapes are included? We're covering all the 7th & 8th grade content: cylinders, rectangular prisms, cones, square pyramids, triangular prisms, triangular pyramids, and spheres!All you need is:Play-Doh (or any modeling clay)A piece of fishing line or dental floss for each studentYour s
Preview of Psychology Lab Loving to Think: Does It Go With Logic or Nerd Identity More?

Psychology Lab Loving to Think: Does It Go With Logic or Nerd Identity More?

Created by
Brian Garber
Students complete the Need for Cognition Scale NCS-6 (X), the REI Rational Thinking subscale (Y), and the Nerdy Personality Attributes Scale NPAS (Z), then collect all three scores from 9 classmates and run two correlations: Need for Cognition vs. Rational Thinking and Need for Cognition vs. Nerdiness. The lab distinguishes between need for cognition's link to an active thinking style (rational, analytical) versus its link to a broader identity and interest cluster (nerdiness). Students evaluate
Preview of Inertia And Gravity Science Experiment | Force and Motion | Grade 2 3

Inertia And Gravity Science Experiment | Force and Motion | Grade 2 3

In this hands-on experiment for 2nd and 3rd graders, students will discover the magic of the laws of motion by investigating inertia and gravity. Teachers will love its ease of use, simple materials, and watching students get excited about science. Engages the students as they meet the NGSS Forces and Interactions standards. Included in the Hands-On Exploration: Correlation to the 3rd Grade *NGSS Forces and InteractionsCorrelation to K-2nd *NGSS Science and Engineering PracticesCorrelation to 3r
Preview of STEM Activities & Challenges: 2nd & 3rd Grade Force & Motion Distance Experiment

STEM Activities & Challenges: 2nd & 3rd Grade Force & Motion Distance Experiment

This STEM activity and challenge for 2nd-3rd graders uses the concepts of force, motion, pushes, indirect forces, and measurement & distance to engage students in the challenge to build a skier that can travel the furthest distance along a path when blown using a box fan. Step-by-step directions and materials list are both provided for the teacher to allow for maximum student success. A student design and planning packet is also provided to ensure that students carefully navigate the engineeri
Preview of Measuring Bubbles Summer Fun | Hands on Math and Science | STEM Activity

Measuring Bubbles Summer Fun | Hands on Math and Science | STEM Activity

MEASURING BUBBLES is a STEM activity for all students. Great for Summer, Camp, End of the Year Activities. Need a great activity to get your students to measure with a ruler and make bubbles? "It's the most fun they will have with soap and water!"This is a great activity for:*Science observations *Scientific Method/ Process *STEM Night *Math Measurement *Partner Lab work *Building Teamwork *Getting to know you *Beginning of the year *End of the year ***You will have the cleanest desks too!This p
Preview of Bean Boozled Probability Lab

Bean Boozled Probability Lab

Probability Lab: Expectation vs. Reality! Prepare for a classroom experience your students will never forget! In this high-stakes, whole-group activity, students explore the difference between theoretical and experimental probability using the ultimate test: their taste buds. After calculating the "ideal" 50/50 odds, student volunteers will sample pairs of identical-looking jelly beans to see if the "bad" bean actually appears. As the results roll in, students record data for all ten flavors, q
Preview of Target Toss Regression Lab: Linear/Exponential/Power Models (AP Stats/Precalc)

Target Toss Regression Lab: Linear/Exponential/Power Models (AP Stats/Precalc)

Aim - Toss - Model: Target Toss Lab for Linear, Exponential & Power (AP Precalculus, Algebra 2, AP Statistics)Bring regression to life in AP Statistics and Precalculus with this target toss lab! Students collect real data, then compare linear, exponential, and power models using log transformations, residuals, and r². It's a hands-on, data-rich investigation. In this safe “candy toss” lab, students collect data at increasing distances, compute success rates as proportions, and use log transfo
Preview of Psychology Lab Hope Optimism and Self-efficacy Collection

Psychology Lab Hope Optimism and Self-efficacy Collection

Created by
Brian Garber
Hope, Optimism, and Self-Efficacy: A Psychology Lab Collection for High School Students This collection gives high school psychology students hands-on experience measuring, comparing, and critically analyzing hope, optimism, and self-efficacy using validated psychological instruments. Students take real psychometric scales online, collect class data, and run statistical analyses using free web-based calculators, making positive psychology constructs personal and testable. The collection includ
Preview of Psychology Lab Collection Do You Know Yourself? Exploring Self Esteem

Psychology Lab Collection Do You Know Yourself? Exploring Self Esteem

Created by
Brian Garber
Do You Know Yourself? A Self-Esteem Lab Collection for High School Psychology This collection gives high school psychology students hands-on experience measuring, comparing, and critically analyzing self-esteem and self-concept using validated psychological instruments. Students take real psychometric scales online, collect class data, and run statistical analyses using free web-based calculators, making abstract constructs concrete and personally meaningful. The collection includes 10 lab a
Preview of BLUE MAP 2nd Grade STEM Measurement Lab Book

BLUE MAP 2nd Grade STEM Measurement Lab Book

Created by
TASK CARDS KING
This 3-lab hands-on STEM project book is designed for 2nd grade end-of-year MAP-level rigor and real-world application. Students measure in centimeters and yards, collect and analyze data, test hypotheses, compare results, and construct a life-size human model using accurate measurement. Each lab integrates math, reading comprehension, academic vocabulary, and written reflection to build precision, reasoning, and confidence. Perfect for EOY projects, STEM days, enrichment, or high-engagement as
Preview of Psychology Lab Weber's Law and Hearing: How Much Louder to Notice a Difference?

Psychology Lab Weber's Law and Hearing: How Much Louder to Notice a Difference?

Created by
Brian Garber
Students apply Weber's Law (ΔI = k × I, where k = 0.1 for hearing) to calculate the just noticeable difference (JND) in loudness for ten stimulus intensities ranging from 20 to 110 dB. After completing the data table, students plot intensity on the x-axis and JND on the y-axis, identify the linear relationship, and explain in everyday language how the JND grows proportionally with intensity. A real-world application problem asks students to calculate the minimum loudness increase a concert-goer
Preview of Psychology Lab Weber's Law and Smell: How Much Stronger Before You Notice?

Psychology Lab Weber's Law and Smell: How Much Stronger Before You Notice?

Created by
Brian Garber
Students apply Weber's Law (ΔI = k × I, where k = 0.05 for smell) to calculate JNDs for ten odor concentrations ranging from 20 to 500 AU (arbitrary units). After completing the data table and plotting the graph, students describe the linear intensity-JND relationship and explain how the olfactory system's sensitivity relates proportionally to baseline concentration. A real-world problem asks students to calculate the minimum odor increase a fragrance evaluator named Parfumia would detect at 120
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