AI-powered Search

What are some math related working models for class 10th?

Here are some math-related working models suitable for Class 10 students:

Algebra and Arithmetic

Algebraic Expression Simplifier: Use cardboard, colored paper, and sliders to demonstrate how to combine like terms and simplify expressions.
Quadratic Equation Solver: Create a model using cardboard, graph paper, and strings to visualize solutions of quadratic equations.
Polynomial Function Graph: Visualize polynomial functions and their roots using cardboard, colored paper, and strings.

Pythagorean Theorem Proof: Use cardboard, colored paper, and right-angled triangles to show different proofs of the theorem.
Circle Theorems: Illustrate circle theorems, including angles and tangents, using cardboard, a compass, and string.
3D Geometric Shapes: Create models of cubes, cones, and cylinders with labeled properties using cardboard, colored paper, and glue.

Unit Circle: Illustrate the unit circle, radians, and trigonometric functions using cardboard, colored paper, and a compass.
Sine and Cosine Wave Generator: Show how sine and cosine waves are generated using cardboard, strings, and pins.
Trigonometric Ratios: Visualize sine, cosine, and tangent ratios using cardboard, colored paper, and right-angled triangles.
Angle of Elevation and Depression: Demonstrate real-life applications using cardboard, a protractor, and strings.

Probability Tree: Represent different outcomes and their probabilities using cardboard, colored paper, and markers.
Mean, Median, Mode: Calculate and display these measures using cardboard, beads, and sliders.
Histogram and Bar Graphs: Show data representation in histograms and bar graphs using cardboard, colored paper, and markers.

Fibonacci Sequence: Illustrate the sequence and its golden ratio using cardboard, colored paper, and beads.
Mathematical Set Operations: Demonstrate set operations like union, intersection, and difference using cardboard, colored paper, and Venn diagrams.
Transformation of Shapes: Show geometric transformations like translation, rotation, and reflection using cardboard, colored paper, and sliders.

These models help students visualize and understand complex mathematical concepts in a practical way1 3.