Fig 22.3: Use Romberg integration to evaluate dx to an accuracy of s = 0.5% based on

 

Fig 22.3:

 

Transcribed Image Text:

Use Romberg integration to evaluate dx to an accuracy of ɛs = 0.5% based on Eq. (22.9). Your results should be presented in the form of Fig. 22.3. Use the analytical solution of the integral to determine the percent relative error of the result obtained with Romberg integration. Check that ɛ is less than the stopping criterion ɛs. Use Romberg integration to evaluate dx to an accuracy of ɛs = 0.5% based on Eq. (22.9). Your results should be presented in the form of Fig. 22.3. Use the analytical solution of the integral to determine the percent relative error of the result obtained with Romberg integration. Check that ɛ is less than the stopping criterion ɛs.