It is given that at x = 1, the function x^4 – 62x^2 + ax + 9 attains its maximum value, on the in

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It is given that at x=1 the function x^4−62x^2+ax+9 attains its maximum value On the interval ... It is given that at x=1 the function x^4−62x^2+ax+9 attains its maximum value On the interval ...
It is given that at x = 1, the function x⁴ - 62x² + ax + 9 attains its maximum value on the interval It is given that at x = 1, the function x⁴ - 62x² + ax + 9 attains its maximum value on the interval
11. It is given that at x = 1, the function x4 – 62x2 + ax + 9 attains its maximum value, on 11. It is given that at x = 1, the function x4 – 62x2 + ax + 9 attains its maximum value, on
It is given at x = 1 the function x⁴ - 62x² + a x + 9 attains it It is given at x = 1 the function x⁴ - 62x² + a x + 9 attains it's maximum value on the interval
11. It is given that at x = 1, the function x4– 62x2+ ax + 9 attains its maximum value, on the inter 11. It is given that at x = 1, the function x4– 62x2+ ax + 9 attains its maximum value, on the inter
2024 It is given that function f(x) = x^4 - 62x^2 + ax + 9 attains local maximum value at x = 1. 2024 It is given that function f(x) = x^4 - 62x^2 + ax + 9 attains local maximum value at x = 1.
i is given that function f(x)=x^4 -62x² +ax + 9 attains local maximum value at x=1 find the value i is given that function f(x)=x^4 -62x² +ax + 9 attains local maximum value at x=1 find the value
Q) If f(x) = x^4-62x²+ax +9 attains local maximum value at x = 1, Find a #applicationofderivative Q) If f(x) = x^4-62x²+ax +9 attains local maximum value at x = 1, Find a #applicationofderivative