Find the inflection point of f(x) = \(3x^4 โ€“ 4x^3\).

Solution : f(x) = \(3x^4 โ€“ 4x^3\) f'(x) = \(12x^3 โ€“ 12x^2\) f'(x) = \(12x^2(x โ€“ 1)\) Now, fโ€(x) = \(12(3x^2 โ€“ 2x)\) fโ€(x) = 12x(3x โ€“ 2) fโ€(x) = 0ย  \(\implies\)ย  x = 0, 2/3 Here, fโ€(x) = 0 Thus, x = 0, 2/3 are the inflection points. Similar Questions Prove that the function โ€ฆ

Find the inflection point of f(x) = \(3x^4 โ€“ 4x^3\). Read More ยป