Equations of Motion Calculator

Hand-drawn scribble-style feature image of a physics motion calculator showing input boxes for initial velocity, acceleration, time, final velocity, and displacement. The interface includes a velocity-time graph, position markers at equal time intervals, calculated results, and a success message for a valid motion solution.

Use this equations of motion calculator to find missing velocity, acceleration, time, or displacement values for straight-line motion with constant acceleration. How to use the equations of motion calculator 1 Choose a positive direction Decide which direction is positive. Enter velocity, acceleration, and displacement in the opposite direction as negative values. 2 Enter three values … Read more

Polar Coordinate Interactive Tool and Converter

Hand-drawn scribble-style feature image of an interactive polar coordinates tool, showing a circular polar graph with a blue radius line pointing to an orange point P at 45 degrees. On the right, sketch-style panels display the radius, angle, polar coordinates, Cartesian coordinates, and conversion formulas in a clean educational layout.

Explore polar coordinates by moving a point around a circular grid. See how radius and angle describe its position, connect polar coordinates to x- and y-coordinates, and practice conversions with worked steps. How to use the polar coordinate interactive tool The activity combines a movable point with a coordinate converter. Start on the graph, then … Read more

Echo Simulator – Interactive Tool

Interactive echo simulator showing a sound wave travelling to a wall and returning

Use this interactive echo simulator to change the distance to a wall, air temperature, and reflecting surface, then observe the outgoing sound and its returning reflection. How to use the echo simulator 1 Choose the distance Move the distance slider to place the reflecting wall from 1 to 100 metres away. 2 Set the air … Read more

Interactive Cartesian Coordinate Plane

Interactive Cartesian coordinate plane showing points A and B with slope, midpoint, distance, and line equation results.

Explore the Cartesian coordinate plane by moving two points on the graph. The interactive tool calculates the slope, midpoint, distance, and equation of the line in real time, helping learners connect each formula to a visual result. How to use the Cartesian coordinate tool Start with points A and B on the coordinate plane. Every … Read more

Standing Wave Visualizer

Hand-drawn scribble-style feature image of an interactive standing wave simulator showing a string fixed at both ends with blue wave curves, red nodes, and yellow antinodes. The interface includes harmonic controls, frequency and wave height sliders, result cards for nodes, antinodes, fundamental frequency, and sounding tone, plus a quick observation panel explaining the 3rd harmonic.

Use this standing wave visualizer to select harmonics, adjust the wave, identify nodes and antinodes, and hear the corresponding tone. How to use the standing wave visualizer 1 Choose a harmonic Select a button from 1 through 6. The string pattern and the node, antinode, and tone readouts update immediately. 2 Adjust the controls Change … Read more

Triangle Calculator

Hand-drawn scribble-style feature image of an interactive triangle calculator showing input panels for Pair A, Pair B, and Pair C with side and angle values. The solved triangle diagram displays labeled sides and angles, while result cards show the triangle’s missing measurements, perimeter, area, angle check, and triangle type.

Use this interactive triangle calculator to enter three known measurements, solve the missing sides and angles, view a proportional diagram, and follow the calculation method. How to use the triangle calculator Enter exactly three known measurements and leave the other three boxes empty. At least one known measurement must be a side. 1 Match opposite … Read more

Interactive Math Functions Tool (Learn Linear ,Exponential, Logarithmic and Quadratic Equations)

Hand-drawn scribble-style feature image of a Math functions interactive tool showing exponential function having the equation y = e^(0.5x), adjustable sliders for multiplier, growth rate, vertical shift, and x-value, plus a green exponential growth curve on a coordinate graph. Result boxes display the y-intercept, horizontal asymptote, and growth behavior.

Use this interactive math functions graph tool to explore linear, quadratic, exponential, and logarithmic functions by changing coefficients and observing each graph. How to use the interactive math functions graph tool Select a function family, adjust its coefficients, and compare the equation with the graph and calculated features. 1 Choose a function Select Linear, Quadratic, … Read more

What are Euclid Theorems? Explore with this Interactive Widget

Scribble-style educational infographic illustrating the layout of Euclid Theorems Explorer. The explorer shows Euclid’s central angle theorem, with a circle labeled A, B, C, and center O, showing a 120° central angle and a 60° inscribed angle on the same arc, demonstrating that the central angle is twice the inscribed angle.

Explore Euclid’s theorems with interactive diagrams. Drag points, change measurements, and observe which geometric relationships remain true. How to use the Euclid’s theorems explorer 1 Choose a theorem Open the theorem menu and select a result from Book I or Book III of Euclid’s Elements. 2 Move the points Drag the colored points on the … Read more

How Many Ways Can You Arrange Books? A Fun Look at Factorial!

Scribble-style educational infographic explaining factorials with three books labeled A, B, and C, showing 3!=3×2×1=6 and all six possible arrangements of the books.

How many different ways can books be placed on a shelf? Explore factorials visually by changing the number of books, following the multiplication pattern, and browsing every possible arrangement. How to use the factorial book arranger Choose between one and six books. The activity calculates the factorial and displays the unique shelf orders in manageable … Read more

Understanding Waves Superposition with this Interactive Tool

Scribble-style educational infographic demonstrating wave superposition and interference, showing blue Wave A, red Wave B, and their green resultant wave, with a 0° phase difference, changing interference, and a frequency pair of 220 Hz and 330 Hz.

Explore the superposition of waves by changing the frequency, amplitude, and phase of two waves, then observing how their displacements combine to form a resultant wave. How to use the superposition of waves tool The explorer displays Wave A, Wave B, and their resultant in three aligned graphs. Begin with a quick experiment or build … Read more