Iteration

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Question 17

(a).

Starting with $x_0 = 0$ , use the iteration formula $xn+1=2xn2+3\displaystyle x_{n+1} = \frac{2}{x_n^2 + 3}$ once to find $x_1$

[1]

(b).

Use the iteration formula $xn+1=2xn2+3\displaystyle x_{n+1} = \frac{2}{x_n^2 + 3}$ two more times to find an estimate for the solution to $x^3 + 3x = 2$

[2]

Iteration

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Question 17

(a).

Starting with $x_0 = 0$ , use the iteration formula $xn+1=2xn2+3\displaystyle x_{n+1} = \frac{2}{x_n^2 + 3}$ once to find $x_1$

[1]

(b).

Use the iteration formula $xn+1=2xn2+3\displaystyle x_{n+1} = \frac{2}{x_n^2 + 3}$ two more times to find an estimate for the solution to $x^3 + 3x = 2$

[2]

Iteration

Question 17

Markscheme

Iteration

Question 17

Markscheme

Iteration

Question 17

Iteration Questions

Iteration

Question 17

Iteration Questions