Understand exponential growth and decay, master logarithmic properties, and model real-world phenomena from finance to biology.
Start ModelingInput real data and fit exponential, logarithmic, and logistic models with residual analysis.
Calculate compound interest, continuous growth, doubling time, and investment comparisons.
Graph exponential and logarithmic functions with interactive parameter sliders and asymptote display.
Simulate radioactive decay, drug metabolism, and cooling curves with adjustable half-life values.
Fitting exponential models to real population data made abstract functions meaningful for my Algebra II students.Ms. Torres, Math Teacher
The finance calculator showed me exactly how compound interest works. I opened a savings account the next day.Andre B., Grade 10
Graph exponential growth and decay functions, identify asymptotes, apply transformations, and connect base changes to growth rates.
Master logarithmic properties, change of base formula, solving exponential and logarithmic equations, and natural logarithm applications.
Model compound interest, population growth, radioactive decay, Newton's law of cooling, and logistic growth with data fitting tools.