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EARS1160 PowerPoint PPT Presentation
EARS1160 - Suppose we know the function values at a set of points, e.g. measurement points, ... adjacent points, we can exactly fit a parabola which covers 2 sampling intervals: ...
Suppose we know the function values at a set of points, e.g. measurement points, ... adjacent points, we can exactly fit a parabola which covers 2 sampling intervals: ...
| PowerPoint PPT presentation | free to download
Numerical Methods notes by G. Houseman for EARS1160, ENVI2240, CCFD1160 PowerPoint PPT Presentation
Numerical Methods notes by G. Houseman for EARS1160, ENVI2240, CCFD1160 - ... parabola exactly to those points, and the integral of this best-fit parabola is then ... parabola to the 3 points at a, b, and (a b)/2, and then integrate ...
... parabola exactly to those points, and the integral of this best-fit parabola is then ... parabola to the 3 points at a, b, and (a b)/2, and then integrate ...
| PowerPoint PPT presentation | free to download
Numerical Methods notes by G. Houseman for EARS1160, ENVI2240, CCFD1160 PowerPoint PPT Presentation
Numerical Methods notes by G. Houseman for EARS1160, ENVI2240, CCFD1160 - at which value(s) of x does the graph of the function cross the x-axis ? ... Thus we have halved the length of the bracketing interval. ...
at which value(s) of x does the graph of the function cross the x-axis ? ... Thus we have halved the length of the bracketing interval. ...
| PowerPoint PPT presentation | free to download


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