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Solutions to the math 106 midterm exam, covering topics such as continuity, limits using l'hopital's rule, rolle's theorem, graphing functions, extreme values, and finding antiderivatives.
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Math 106 (23.04.06)
g(x) =
x + 2, if x ≤ 0 , bsin(2 x x), if x > 0
continuous at the point x = 0.
xlim→ 0
sin x − x x^3
x^4 − 4 x + 1 has exactly two zeros on the real line.
f (x) = x x − 2
Indicate any horizontal or vertical asymptotes and write the equation of the tangent line to this graph at the point (3, 3).
a) f (x) = 2x^2 − 8 x + 9, b) g(x) = x +
x
c) find absolute minimum of g(x) for 0 < x < ∞
a) sin(2x), b) 1 x^4 c) cos^2 (3x)