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CAC Mathematics - Home · 2019. 10. 24. · 4. Use long division to show that h(x) = can be rewritten as h(x) 3x — 1 + 5. Without using long division, find the remainder when —x

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Page 1: CAC Mathematics - Home · 2019. 10. 24. · 4. Use long division to show that h(x) = can be rewritten as h(x) 3x — 1 + 5. Without using long division, find the remainder when —x
Page 2: CAC Mathematics - Home · 2019. 10. 24. · 4. Use long division to show that h(x) = can be rewritten as h(x) 3x — 1 + 5. Without using long division, find the remainder when —x
Page 3: CAC Mathematics - Home · 2019. 10. 24. · 4. Use long division to show that h(x) = can be rewritten as h(x) 3x — 1 + 5. Without using long division, find the remainder when —x
Page 4: CAC Mathematics - Home · 2019. 10. 24. · 4. Use long division to show that h(x) = can be rewritten as h(x) 3x — 1 + 5. Without using long division, find the remainder when —x
Page 5: CAC Mathematics - Home · 2019. 10. 24. · 4. Use long division to show that h(x) = can be rewritten as h(x) 3x — 1 + 5. Without using long division, find the remainder when —x
Page 6: CAC Mathematics - Home · 2019. 10. 24. · 4. Use long division to show that h(x) = can be rewritten as h(x) 3x — 1 + 5. Without using long division, find the remainder when —x