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Material Type: Exam; Class: INTRO TO REAL ANALYSIS; Subject: Mathematics; University: University of Alabama - Huntsville; Term: Fall 2007;
Typology: Exams
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There are 7 problems in this exam for a maximum of 100 points. Please show your work and present your solutions in a well organized way. No work, no credit.
(1). If a nonempty bounded set S ⊆ R contains its maximum and minimum, then S is compact.
(2). Every unbounded sequence has no convergent subsequences.
(3). If limx→c f 2 (x) = L > 0, then limx→c f (x) exists and is finite.
(4). Let f : I → R and g : I → R. If f and g are uniformly continuous on I, then the product function f g is uniformly continuous on I.
(5). Let f (x) and g(x) be integrable on [a, b], and let f (x) ≤ h(x) ≤ g(x) for all x ∈ [a, b], then h(x) is integrable on [a, b].
(1). Let sn =
n^2 + 2 − n, prove that
sn
converges to 0.
(2). Prove f (x) = |x − 2 | + x^2 is continuous at 2.
f (x) =
ax + 5 if x ≤ 1 , 3 x^2 + b if x > 1 ,
where a, b ∈ R are unknown constants. Please determine a and b such that f (x) is differentiable on R.
lim h→ 0
∫ (^) b
a
|f (x + h) − f (x)| = 0.