The number of points of discontinuity of the function
, where [ • ] denotes the greatest integer function, is ______.
Text Solution
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(8)
To determine the points of discontinuity of the function
, where
denotes the greatest integer function, we need to identify possible values of
where discontinuities might occur within the interval
.
Discontinuity Analysis
For the term
:
The probable values of
that could cause discontinuities are the roots or specific values where the integer part changes between consecutive integers. The transitions happen when:

For the term
:
The values of
where
changes are straightforward. They occur at:

Discontinuity Check
By evaluating
at all these potential points, we find the function is indeed discontinuous at:

Thus, the function
has 8 discontinuities on the interval
.
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