Question: Let f, g be real functions j and for each x Dom (f) Dom (g) define (f g)(x) :=max{f(x),g(x)} and (f

Let f, g be real functions j and for each x ˆŠ Dom (f) ˆ© Dom (g) define
(f ‹ g)(x) :=max{f(x),g(x)} and (f ‹€ g)(x) := mm{f (x), g(x)}.
a) Prove that

Let f, g be real functions j and for each

and

Let f, g be real functions j and for each

for all x ˆŠ Dom (f) ˆ© Dom (g).
b) Prove that if

Let f, g be real functions j and for each

exist, then (f ‹ g)(x) †’ L ‹ M and (f ‹€ g)(x) †’ L ‹€ M as x †’ a.

(f g)(x) = 2 L= limf.(x) and M= ling(x) xa

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a By symmetry it suffices to show the first identity Case 1 fx gx Then f V gx f... View full answer

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