X 21 Let f : (0, ) R and f : (0, ) R be...

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X 21 Let f₁ : (0, ∞) → R and f₂ : (0, ∞) →R be defined by f₁(x) = f(t-j)' dt, x>0 and 0 =1 f₂(x) = 98(x - 1)50-600(x - 1)4⁹ +2450, x > 0, where, for any positive integer n and real numbers a₁, a2, ...., ansª; denotes the product of a₁, a, ...., .. Let m; and n¡, respectively, denote the number of a₁ i=1 points of local minima and the number of points of local maxima of function fi, i = 1, 2, in the interval (0, ∞o). The value of 2m₁ + 3n₁ + mini is X 21 Let f₁ : (0, ∞) → R and f₂ : (0, ∞) →R be defined by f₁(x) = f(t-j)' dt, x>0 and 0 =1 f₂(x) = 98(x - 1)50-600(x - 1)4⁹ +2450, x > 0, where, for any positive integer n and real numbers a₁, a2, ...., ansª; denotes the product of a₁, a, ...., .. Let m; and n¡, respectively, denote the number of a₁ i=1 points of local minima and the number of points of local maxima of function fi, i = 1, 2, in the interval (0, ∞o). The value of 2m₁ + 3n₁ + mini is

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