Show that the function defined by g(x) = x-[x] is discontinuous at all integral points. Here [x]

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Show that the function defined by `g (x) = x [x]` is discontinuous at all integral points. Here ... Show that the function defined by `g (x) = x [x]` is discontinuous at all integral points. Here ...
Show that the function defined by g(x)=x-[x] is discontinuous at all integral points. Here [x] de... Show that the function defined by g(x)=x-[x] is discontinuous at all integral points. Here [x] de...
Show that the function defined by `g (x) = x [x]` is discontinuous at all integral points. Here ... Show that the function defined by `g (x) = x [x]` is discontinuous at all integral points. Here ...
19.Show that the function defined by g(x) = x – [x] is discontinuous at all integral point. Here [ 19.Show that the function defined by g(x) = x – [x] is discontinuous at all integral point. Here [
Show that the function defined by g (x) = x – [x] is discontinuous at all integral points. Here [x] Show that the function defined by g (x) = x – [x] is discontinuous at all integral points. Here [x]
Show that the function g(x) = x - [x] is discontinuous at all integral points. Here [x] denotes the Show that the function g(x) = x - [x] is discontinuous at all integral points. Here [x] denotes the
19. Show that the function defined by g(x) = x – [x] is discontinuous at all integralpoints. 19. Show that the function defined by g(x) = x – [x] is discontinuous at all integralpoints.
Q.No.19 Show that the function defined by g(x) = x – [x] is discontinuous at all integral points. Q.No.19 Show that the function defined by g(x) = x – [x] is discontinuous at all integral points.