![SOLVED: Newton-Raphson Method We are going to pretend to be Babylonians and approximate square roots the Babylonians didn't have calculators, so they had to be clever in finding roots Let'find an approximation SOLVED: Newton-Raphson Method We are going to pretend to be Babylonians and approximate square roots the Babylonians didn't have calculators, so they had to be clever in finding roots Let'find an approximation](https://cdn.numerade.com/ask_images/d9b2438386ca47728396e9f9b4f45655.jpg)
SOLVED: Newton-Raphson Method We are going to pretend to be Babylonians and approximate square roots the Babylonians didn't have calculators, so they had to be clever in finding roots Let'find an approximation
![Using Newton–Raphson method, establish the formula [math] X_{n+1}= \frac{1}{2 }(X_n + \frac{N}{X_n}) [/math] to calculate [math] \sqrt{N} [/math]. Hence find [math] \sqrt{5} [/math] correct to four places of decimals. - Quora Using Newton–Raphson method, establish the formula [math] X_{n+1}= \frac{1}{2 }(X_n + \frac{N}{X_n}) [/math] to calculate [math] \sqrt{N} [/math]. Hence find [math] \sqrt{5} [/math] correct to four places of decimals. - Quora](https://qph.cf2.quoracdn.net/main-qimg-6197771982f7264b8fad871363a261f6.webp)
Using Newton–Raphson method, establish the formula [math] X_{n+1}= \frac{1}{2 }(X_n + \frac{N}{X_n}) [/math] to calculate [math] \sqrt{N} [/math]. Hence find [math] \sqrt{5} [/math] correct to four places of decimals. - Quora
![Iteration method using Ans key. (Newton-Raphson, Casio Calculator, A-level maths) | Standard form, Calculator, Important life lessons Iteration method using Ans key. (Newton-Raphson, Casio Calculator, A-level maths) | Standard form, Calculator, Important life lessons](https://i.pinimg.com/originals/cd/12/f2/cd12f27d35b0da82e8ba72134fd54e69.jpg)