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- 24.6 Let fn(x) = (x − 1)² for x = [0, 1]. (a) Does the sequence (fn) converge pointwise on the set [0, 1]? If so, give the limit function. (b) Does (fn) converge uniformly on [0, 1]? Prove your assertion.7. Let fn: R → R be a sequence of continuous functions which converges uniformly to a function f : R → R. Let (n) be a sequence of real numbers which converges to x E R. Show that fn(xn) → f(x).Let fn(x) = x/(n^2+x^2) for x ∈ R. Show that the sequence {fn} converges uniformly to the function that is everywhere zero.
- Does fn converges to L1 and L2 i.e the distance between fn and f goes to 0Construct a sequence of continuous functions fn : R → R such that 0 < fn s 1, limn0 Jo fndx = 0 but that the sequence fn() converges for no x € [0, 1].Let fn : [-3, 3] → R be defined by fn(x) = . Find the pointwise limit of fn(x). Does {fn(x)} in 1.3 converges uniformly on [-3, 3]? Explain. tion ? (15)
- 3. For each n € Z+ let fn: [0, 1] → R, fn(x) = 1/(1+x"). (a) Prove that (fn) converges uniformly. (b) Compute the limit lim -1/2 fn, rigorously justifying your answer.Show that the sequence of functions {f.} where f,(x)=nxe is non-uniformly convergent on [0,1]. (by using the definition)2. Let fn : [1, 2] → R be a sequence of functions defined by fn(x) = x*. Find the pointwise limit of fn. Is the convergence uniform? Justify your answer.