closed interval

基本解釋

Theorem 2 If is continuous on the closed interval ,then = is an antiderivative of on .
如果函數(shù)在區(qū)間上連續(xù);則函數(shù)=就是在上的一個原函數(shù).
By the exponential of martingale, the strong consistency and uniform strong consistency in finite closed interval are be obtained, which improve the results in [5].
利用軟的某種指數(shù)不等式，得到了其加權(quán)核估計的強相合以及在有限閉區(qū)間內(nèi)一致強相合的性質(zhì)，并在某種意義上推廣了[5]的結(jié)果。
Corollary Let be a continuous function on a closed interval, then can obtain any number between its absolute maximum and its absolute minimum .
推論在閉區(qū)間上連續(xù)的函數(shù)必取得介于最大值與最小值之間的任何值。
To the unvaried function, the continuity of integrand function on closed interval is the important conditions which make Newton-Leibniz formula hold.
摘要在一元函數(shù)中，被積函數(shù)在閉區(qū)間上連續(xù)是牛頓-萊布尼茲公式成立的重要條件。
Four theorems about continuous function on an closed interval are proved by a interval sequence theorem in mathematical analysis.
用數(shù)學分析中的區(qū)間套定理證明了閉區(qū)間上連續(xù)函數(shù)的四個定理。

an interval on the real line including its end points, as [0, 1], the set of reals between and including 0 and 1