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All Visualizations

Showing 12 results

Accumulation Function Visualizer visualization thumbnail
AP CALCULUS AB

Accumulation Function Visualizer

Dual-panel visualization of f(t) and F(x) = ∫ₐˣ f(t) dt. Shows signed area shading (green positive, red negative) on the integrand graph alongside the accumulation function. Demonstrates FTC Part 1: F′(x) = f(x). Adjustable upper limit x with 4 function examples.

Separable Differential Equations visualization thumbnail
AP CALCULUS AB

Separable Differential Equations

Slope field visualization with Euler method solution curves for 4 classic separable ODEs (dy/dx=xy, −y/x, y(1−y) logistic, x/y). Adjustable initial condition y₀ with multiple solution curves. Step-by-step separation and integration displayed.

Trapezoidal & Riemann Sum Approximation visualization thumbnail
AP CALCULUS AB

Trapezoidal & Riemann Sum Approximation

Interactive numerical integration comparing Left, Right, Midpoint, and Trapezoidal rules. 4 functions with adjustable number of subintervals (n=1 to 50). Shows exact value, approximation, absolute and percentage error. Visualizes rectangles/trapezoids overlaid on curve.

First & Second Derivative Test visualization thumbnail
AP CALCULUS AB

First & Second Derivative Test

Dual-panel display of f(x) and f′(x) for 4 polynomial/exponential functions. Critical points marked with max/min labels, f′ sign shading (green=increasing, red=decreasing). Second derivative test verification at each critical point. Interactive function selection.

Average Value of a Function visualization thumbnail
AP CALCULUS AB

Average Value of a Function

Interactive average value calculator showing f_avg = 1/(b−a)·∫f(x)dx with equal-area rectangle visualization. Green dashed line at f_avg height creates a rectangle with the same area as the integral. Finds MVT for Integrals c-value. Adjustable bounds a and b.

Parametric Speed & Arc Length visualization thumbnail
AP CALCULUS BC

Parametric Speed & Arc Length

Interactive parametric curve visualizer showing position, velocity vector, instantaneous speed |v(t)|, and arc length via Simpson integration. Animate particles along Cycloid, Ellipse, Lissajous, and Butterfly curves with real-time distance accumulation.

Polar Tangent Lines & Slope visualization thumbnail
AP CALCULUS BC

Polar Tangent Lines & Slope

Visualize dy/dx for polar curves r=f(θ) using the chain rule conversion to Cartesian. Shows tangent lines, radial vectors, and identifies horizontal/vertical tangents on Cardioid, Rose, Limaçon, and Lemniscate curves.

Logistic Growth & Phase Line visualization thumbnail
AP CALCULUS BC

Logistic Growth & Phase Line

Dual-panel logistic differential equation analyzer. Top: P(t) solution curve with carrying capacity K and inflection at K/2. Bottom: dP/dt vs P parabolic phase space showing stable/unstable equilibria and maximum growth rate. Adjustable k, K, and P₀.

Vector Curvature & Acceleration visualization thumbnail
AP CALCULUS BC

Vector Curvature & Acceleration

Vector-valued function analyzer showing velocity (tangent), acceleration vectors, curvature κ, and osculating circle with radius R=1/κ. Explore Parabola, Sine Wave, Spiral, and Astroid trajectories with animated particle motion.

Surface Area of Revolution visualization thumbnail
AP CALCULUS BC

Surface Area of Revolution

3D wireframe rendering of surfaces of revolution around the x-axis. Demonstrates S = ∫2πf(x)√(1+f'(x)²)dx with interactive rotation angle and bounds. Explore Sphere, Cone, Gabriel's Horn, and Sine Vase with drag-to-orbit camera.

Partial Fractions Decomposition visualization thumbnail
AP CALCULUS BC

Partial Fractions Decomposition

Step-by-step partial fractions decomposition walkthrough using the Heaviside Cover-Up Method. Color-coded algebraic steps for 4 integral types including factoring, coefficient solving, and natural log integration with u-substitution bypass detection.

Power Series: Interval of Convergence visualization thumbnail
AP CALCULUS BC

Power Series: Interval of Convergence

Interactive power series convergence visualizer comparing partial sums S_N(x) against exact functions. Shows convergence interval with amber boundary lines, Ratio Test explanations, and endpoint analysis for e^x, geometric, ln, cos(x), and n^n x^n/n! series.