Curated OER
Numerical Analysis: Analyzing Root Finding Algorithms
In this root finding activity, students compare graphs and shade in regions corresponding to given convergence criteria. They compute the solution of equations of one variable. This two-page activity contains six problems.
Curated OER
Numerical Analysis
In this math worksheet, students practice analyzing root finding algorithms, Newton-Raphson and secant. They use the examples to master the concepts.
Curated OER
Numerical Analysis
In this numerical analysis worksheet, students plot functions, predict the number of iterations, and identify the convergence criteria of the function. This two-page worksheet contains eight problems.
Curated OER
Numerical Analysis: Successive Intervals
In this successive interval worksheet, students find the approximation of a root, using the Bisection Algorithm. They identify intervals, and use algebraic manipulation to identify functions that have a fixed point.
Curated OER
Numerical Analysis: Introduction to Root Finding
In this introduction to root finding worksheet, students write equations to solve distance problems. They explore the bisection method of Bolzano. This four-page worksheet contains approximately ten problems.
Curated OER
Numerical Analysis/ Other Root-finding Methods
In this math learning exercise, learners examine the uses of false position, Newton’s and Secant methods of finding the root of an equation.
Curated OER
Numerical Analysis: Worksheet 12: Comparing Root-Finding Methods
In this root-finding worksheet, students rank numbers in asymptotic order. They identify and discuss the roots of the original function. This four-page worksheet contains approximately 10 problems.