The Convergence in the Bisection Method is ____

By BYJU'S Exam Prep

Updated on: November 14th, 2023

The Convergence in the Bisection method is linear. The bisection method is a simple method that is relatively slow. In general terms, the rate of convergence of the Bisection method may be linear and slow, but it can guarantee maximum convergence. This is possible if the function is real and continuous in an interval bounded by two given initial guesses. It has been ensured many times that the bisection method accuracy is very good. This method is comparatively more reliable than other methods.

Convergence in the Bisection method

The bisection method is utilized to solve polynomial equations. The Convergence is linear in the Bisection method. It splits and separates the interval containing the root of the equation. The transition theorem for continuous functions is the underlying premise of this strategy. It reduces the difference between the positive and the negative intervals until it reaches the proper result.

This approach closes the gap by averaging both positive and negative periods. It is a basic and rather slow procedure. The interval halving technique, and root-finding technique. Many open methods exist, such as the Secant and Newton-Raphson methods. Bisection, when started with an interval, contains the root. In such cases, it indeed always does converge.

  • The main advantage of using this method is that it is reliable and good, the only drawback of such methods is that they are slow.
  • In a bisection method, it is possible to specify an error tolerance.
  • It is easy to compute the number of iterations that will be required to achieve accuracy before beginning to use the method.


The Convergence in the Bisection Method is ____

The Bisection Method’s Convergence is linear. The bisection technique is a basic and rather slow procedure. Generally, the Bisection method’s convergence rate may be linear and slow, but it may ensure maximum convergence. In such a process, the method narrows the gap by taking the average of the negative and positive intervals.

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