Question 19: Show that the function defined by is discontinuous at all integral point. Here denotes the greatest integer less than or equal to x.
Class 12 - Math - Continuity and Differentiability
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Here g(x) = x-[x]
let f(x) = x and q(x) = [x]
Now f(x) being an identity function is continuous for all real x
and q(x) = [x] bring greatest integer function is discontinuous at every integer value of x .
also f(x) -q(x) = g(x)
Hence g(x) = x-[x] is discontinuous for all integral values of x .
let f(x) = x and q(x) = [x]
Now f(x) being an identity function is continuous for all real x
and q(x) = [x] bring greatest integer function is discontinuous at every integer value of x .
also f(x) -q(x) = g(x)
Hence g(x) = x-[x] is discontinuous for all integral values of x .
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