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This is the Exam of Calculus which includes Constant, Constant Height, Concave Up, Antiderivative, Compare, Natural Domain, Average, Range, Natural Domain etc. Key important points are: Arccos, Receive, Arctan, Intermediate Value Theorem, Between, Function, Continuous, Some Input, Interval, Guarantee
Typology: Exams
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Name:
You may use any of the following facts:
(uv)′^ = u′v+uv′
u
v
vu′^ − uv′
v^2
(f◦g)′(x) = f′(g(x)) g′(x)
(b x ) ′ = (ln b)b x (logb x) ′ =
(ln b)x
(sin x) ′ = cos x (cos x) ′ = − sin x (tan x) ′ = sec 2 x
(arcsin x) ′ =
1 − x^2
(arccos x) ′ =
1 − x^2
(arctan x) ′ =
1 + x^2
Let f(x) = 2 − x + 3x^4. Does the IVT guarantee that f(x) has a root in the interval [− 1 , 1]? Explain.
(a) g(x) =
3 ln x
4 − tan(x^2 )
(b) f(x) =
arcsin (2x)
ation to find
dy
dx
proportional to the amount of penicillin, P (t) present at time t. Suppose 50 mg of penicillin remains in the bloodstream 7 hours after an initial injection of 450 mg.
(a) Write a differential equation whose solution is P (t).
(b) Write the solution of the differential equation in part (a). Find the value(s) of any constant(s) that may appear in the solution.
(c) At what time was 200 mg of penicillin present in the bloodstream? Include units in your answer.