The constants were determined by fitting the "best" least square straight line plot of ln(R TH) against 1/T, giving the thermistor equation as: ln left( {R_{text{TH}} } right); = ; - frac{1773.8}{T} ; + ;18.178.
In Figure2, the slope of points inside this range was obtained by fitting the curve to a straight line.
After removing the detected pauses, the translocation velocity was computed by fitting the data to a straight line.
We quantified the axial resolution in Fig. 6(by) by fitting the axial profile of a straight section of microtubule over 200 nm with a Gaussian function, and obtained a full-width at half maximum (FWHM) of 74 nm.
The initial rates of reaction were calculated by fitting the first 8% of reaction by a straight line, because inhibition by the abasic product can be detected above that percentage (data not shown).
Graphical method is implemented by using least square to fit the straight line to wind data.
Second, the correlation coefficient between (log (Q/t^{b} )) and t can be obtained, select the b value which maximizes the correlation coefficient to fit the straight line represented by Eq. (5), and then the two values of A and B can be obtained.
Curve estimation was used to fit the straight line and obtain the slope.
The depth to the centroid, Z o is obtained by fitting a straight line through the low wavenumber part of the frequency scaled, RAPS using Eq. (2), where P is the power density spectra, k is a wavenumber, and A is a constant (Dolmaz et al. 2005; Lin et al. 2005; Bektas et al. 2007; Eletta and Udensi 2012) ln left( {P k)^{1/2} /k} right) = A - left| k right|Z_{text{o}}.
The initial slope of the fEPSP (which provides a measure of the strength of excitatory synaptic transmission) was measured by fitting a straight line to the first millisecond of the fEPSP immediately following the fiber volley, and was monitored in real-time in every experiment.
