Exact(56)
Currently, he said, many systems begin recording violations three-tenths of a second after the light turns red, an arbitrary interval.
So, we can obtain our conclusions about Green's function' sign on any arbitrary interval ([a,b]).
In this section, let (I = (a,b)) be an arbitrary interval, where (-inftyleq a < b leqinfty).
In 2006, Qing and Qihou [7] extended their results to an arbitrary interval and to the Ishikawa iteration and gave some control conditions for the convergence of Ishikawa iteration on an arbitrary interval.
Recently, Qing and Qihou [7] extended results in [6] to an arbitrary interval and to Ishikawa iteration and presented a necessary and sufficient condition for the convergence of Ishikawa iteration of continuous functions on an arbitrary interval.
Recently, Qing and Qihou [6] extended their results to an arbitrary interval and to the Ishikawa iteration and a gave necessary and sufficient condition for the convergence of Ishikawa iteration on an arbitrary interval.
In 2006, Qing and Qihou [8] extended their results to an arbitrary interval and to the Ishikawa iteration and gave a necessary and sufficient condition for convergence of the Ishikawa iteration on an arbitrary interval.
Similar(4)
The stimulus consisted of pulse trains of 20 ms duration, with an interval frequency of 300 Hz and arbitrary intervals of not less than 15 s.
The stimulation consisted of 0.2 ms rectangular single pulses delivered with arbitrary intervals of not less than 30 s to minimize habituation.
Using the previous step, we can use the continuity result on small intervals to get the continuity of the solution map on arbitrary intervals, that is, point (iii) is proven.
Inequality (1) is written on the interval ([0, 1]), but a more general version, on arbitrary intervals, can be promptly obtained by a linear change of the independent variable, varphi biggl( int_{a}^{b} f(x),dx biggr) leqfrac{1}{b - a} int_{a}^{b} varphibigl((b - a) f(x bigr),dx.
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