Who was Richardson's extrapolation named after? What are some of his significant contributions from his work in mathematics and/or related fields? Be sure to include at least one citation and...

1 answer below »
Who was Richardson's extrapolation named after? What are some of his significant contributions from his work in mathematics and/or related fields? Be sure to include at least one citation and reference.

  1. Discuss the pros and cons of the forward-difference and backward-difference. Provide examples on each case and possible ways to increase the accuracy of these methods.




Document Preview:

Answer each question with a minimum of 70 words per question: Who was Richardson's extrapolation named after? What are some of his significant contributions from his work in mathematics and/or related fields? Be sure to include at least one citation and reference. Discuss the pros and cons of the forward-difference and backward-difference. Provide examples on each case and possible ways to increase the accuracy of these methods.






Answer each question with a minimum of 70 words per question: 1) Who was Richardson's extrapolation named after? What are some of his significant contributions from his work in mathematics and/or related fields? Be sure to include at least one citation and reference. 2) Discuss the pros and cons of the forward-difference and backward-difference. Provide examples on each case and possible ways to increase the accuracy of these methods.
Answered Same DayDec 20, 2021

Answer To: Who was Richardson's extrapolation named after? What are some of his significant contributions from...

David answered on Dec 20 2021
130 Votes
1) Richardson’s extrapolation was named after one of the greatest English mathematician “Lewis
Fry
Richardson”. He was not only a great mathematician but also a great physist and
metrologist.
Contributions of Richardson:
a) Richardson is mainly known for his weather predictions. In the year 1922 he published
“Weather Prediction by Numerical Analysis”. It was a tremendous work keeping in mind that
fast computing was unavailable that time. So while just solving the differential equations he
did it. I would like to quote Richardson himself
"Big whorls have little whorls
that feed on their velocity,
and little whorls have lesser whorls
and so on to viscosity."

--- L.F.Richardson
b) Statistics of the war was another major...
SOLUTION.PDF

Answer To This Question Is Available To Download

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here