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WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches

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Page 1: WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches
Page 2: WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches
Page 3: WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches
Page 4: WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches
Page 5: WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches
Page 6: WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches
Page 7: WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches
Page 8: WordPress.com · 2018/1/7  · 1B Math SL Year 2 9. Let y = g (x) be a function of x for 1 s x 7. The graph of g has an inflexion point at P, and a minimum point at M. Partial sketches