(31) If, as is usually the case, the ordinate throughout each strip of the trapezette can be expressed approximately as an algebraical function of the abscissa, the application of the integral calculus gives the area of the figure. (30) In modern notation, if we denote the ordinate by y, the distance of the foot of the ordinate from the vertex (the abscissa) by x, and the latus rectum by p, these relations may be expressed as 31 2 for the hyperbola. (29) We take a fixed line OX, usually drawn horizontally for each value of X we measure a length or abscissa ON equal to x.L, and draw an ordinate NP at right angles to OX and equal to the corresponding value of y. (28) Plotted on the abscissa of the graph are the incompatibility values or the proportions of informative sites incompatible with the particular clade in the set of artificially generated sequences.
(27) Such a line has for abscissa the distance of a load from one end of a girder, and for ordinate the bending moment or shear at any given section, or on any member, due to that load. (26) The statement that the ordinate u of a trapezette is a function of the abscissa x, or that u=f(x), must be distinguished from u =f(x) as the equation to the top of the trapezette. The word appears for the first time in a Latin work written by Stefano degli Angeli (1623-1697), a professor of mathematics in Rome. (25) Thus PS (or OR) is the abscissa of P. (24) Here, the amplitude of the eigenvector in the lowest-frequency mode is plotted on the ordinate whereas the abscissa shows the residue number. (23) The relation between x and t in any particular case may be illustrated by means of a curve constructed with I as abscissa and x as ordinate. (22) To unify the curves to a single abscissa, we define a nominal maximal velocity for W / T e = 1, = 1, and y = 4.5. (21) Therefore, on the complex plane, robust stability can be formulated by minimization of pseudospectra abscissa. (20) Therefore, on the complex plane, robust stability can be formulated by minimization of pseudospectra abscissa. (19) This paper presents a method to calculate the short circuit current of an abscissa compensation circuit. (18) That is to say, the intercepts on the abscissa and the ordinate should be higher for isocline 2 at x = 1. (17) The measured lengths are marked off on ordinates erected on an abscissa, along which the times are noted. (16) This paper presents a method to calculate the short circuit current of an abscissa compensation circuit. (15) By convention the geologist plots coarse grains to the left of the abscissa and fine to the right. (14) A curve with I as abscissa and u as ordinate is called the curve of velocities or velocity-time curve. (13) By convention the geologist plots coarse grains to the left of the abscissa and fine to the right. (12) If we construct a curve with x as abscissa and X as ordinats, this work is represented, as in J. (11) This paper presents a method to short circuit current of an abscissa compensation circuit. (10) The ordinate of the trapezette will be denoted by u, and the abscissa of this ordinate, i.e. (9) Of course, this setting only takes effect if the abscissa is displaying a Zero - line.
(8) This paper presents a method to short circuit current of an abscissa compensation circuit. (7) Of course, this setting only takes effect if the abscissa is displaying a Zero-line. Use a minimum of ordinate and abscissa values so they do not run together. (5) Use a minimum of ordinate and abscissa values so they do not run together. (4) Use a minimum of ordinate and abscissa values so they do not run together. (3) The experimental curve runs nearly parallel to the abscissa. (2) The experimental curve runs nearly parallel to the abscissa. (1) The ordinate whose abscissa is xo+ z H.
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