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Percent Increase and Decrease Quiz

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Preview of Graphs of First & Second Derivatives Identify and Match f, f', f''

Graphs of First & Second Derivatives Identify and Match f, f', f''

Created by
Joan Kessler
In this activity students practice identifying the Graphs of a function and its first and second derivative, f, f ', and f ''. They analyze 3 graphs, one blue, one black, and one red, superimposed on the same coordinate grid, to determine which is the graph of original function, the graph of first derivative, and the graph of the second derivative. The activity does not require differentiation, but requires students to understand increasing, decreasing, relative extrema, and concavity. Man
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 Identifying Coordinate Points on Treasure Map Activity - 4 Levels of Practice

Identifying Coordinate Points on Treasure Map Activity - 4 Levels of Practice

Bring coordinate planes to life with this engaging Coordinate Plane Treasure Hunt Activity! Students will identify key landmarks, follow an adventurous story, and identify each location on a coordinate grid. This hands-on activity transforms abstract graphing skills into an exciting mapping challenge that builds confidence and accuracy. This resource includes 4 differentiated worksheets, each increasing in complexity so you can easily scaffold instruction for all learners. Students begin by id
Preview of Practicing AP Bio Graphs (Histograms, Box/Whisker, Dual-Y, etc.) and Enzymes

Practicing AP Bio Graphs (Histograms, Box/Whisker, Dual-Y, etc.) and Enzymes

Created by
BioNBeyond
The AP Bio 2025 CED mentions several types of graphs that students must be familiar with that are in no-way common knowledge for a high school student! Many of them require practice and explanation so that students are prepared to construct, and analyze these graphs on both FRQ's and MCQ's of the AP exam. This product provides the following A link to the CED explanations of each type of graphMultiple practice problems with sample data for all the hardest types of graphsSample data that is focuse
Preview of Bundle - All geometric transformations self-learning activities

Bundle - All geometric transformations self-learning activities

Created by
Ganithika
Geometric Transformations: All-in-One Activity PackSelf-Directed Investigative Activities for Translation, Reflection, Rotation, Dilation, Shear, and StretchIdeal for independent learning or group tasks. These are particularly helpful for IBMYP assessments focused on investigation and reflectionGraphs and working spaces provided in the worksheets - no need for any extra materials except writing and geometry toolsCan be used for differentiated teaching Just download once and print as many as you
Preview of Calculus Interactive Volume of Revolution  y-axis Grapher

Calculus Interactive Volume of Revolution y-axis Grapher

Created by
Joan Kessler
This Calculus Interactive Volume of Revolution Surface of Revolution about the y-axis Grapher will wow your kids with LIVE interactive math explorations and animations. My students think this is awesome. This Easy 3D grapher will demonstrate and explore the volume of revolution in your classroom as never before. Incorporate this applet into your traditional lessons, Power Points, or Smart Board lessons or use as a free standing "app" to explore with your class. "What do you think would
Preview of Scatterplot Project Using Real Data

Scatterplot Project Using Real Data

Created by
Laura Becker
Students are asked to find an example of time-series data in which the dependent variable (y) varies linearly with time (X). The data should have a strong positive or negative correlation. Students will be asked to: Make a scatter plot of the data. Use a straight edge to draw a line of best fit. Find the equation of the line where they must show work for how they determined this. Use their equation to predict the value of the variable in 2012 and 2018. A very detailed rubric is provided. 1
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