Definition of Subintervals. Meaning of Subintervals. Synonyms of Subintervals

Here you will find one or more explanations in English for the word Subintervals. Also in the bottom left of the page several parts of wikipedia pages related to the word Subintervals and, of course, Subintervals synonyms and on the right images related to the word Subintervals.

Definition of Subintervals

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Meaning of Subintervals from wikipedia

- best approached with subintervals of equal size. The interval [a, b] is therefore divided into n {\displaystyle n} subintervals, each of length Δ x =...
- b ] {\displaystyle [a,b]} in subintervals of equal length. In practice, it is often advantageous to use subintervals of different lengths and concentrate...
- two equally sized subintervals. Because each sequence has infinitely many members, there must be (at least) one of these subintervals that contains infinitely...
- in the interval [0, t], the number of observations in non-overlapping subintervals being independent (see Poisson process). The number N of observations...
- endpoints, at the points where two subintervals touch, the corresponding one-sided derivatives of the two neighboring subintervals coincide. Some sources only...
- replacing these subintervals by ones with the left end height of each piece, the approximation one gets is too low: with twelve such subintervals the approximated...
- b]} into some number n {\displaystyle n} of subintervals, computing an approximation for each subinterval, then adding up all the results. This is called...
- equally sized subintervals each of length 1 / n {\displaystyle 1/n} . We denote a partition of n {\displaystyle n} equally sized subintervals as P n {\displaystyle...
- distributed, if the proportion of terms falling in a subinterval is proportional to the length of that subinterval. Such sequences are studied in Diophantine approximation...
- would not be getting a good approximation to the function on certain subintervals. In fact, this is enough to define an integral. To be specific, we say...