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Example sentences for "ellipse"

Lexicographically close words:
ellas; elle; eller; elles; elli; ellipses; ellipsis; ellipsoid; ellipsoidal; ellipsoids
  1. In consequence, the ellipse is in a state of approach to a circle, and the annual average of solar heat radiated to the earth is actually on the decrease.

  2. This area is about 9 miles long and 2-1/2 miles wide, its longer axis runs nearly east and west, and its centre coincides with the western focus of the ellipse which forms the boundary of the meizoseismal area.

  3. The diameter which passes through the foci of the ellipse is the major axis.

  4. The ellipse and hyperbola have each two foci, and two corresponding directrixes, and the parabola has one focus and one directrix.

  5. Defn: An oblate spheroid; a figure described by the revolution of an ellipse about its minor axis.

  6. In the ellipse this ratio is less than unity, in the parabola equal to unity, and in the hyperbola greater than unity.

  7. Defn: A prolate spheroid; a figure described by the revolution of an ellipse about its greater axis.

  8. Transverse axis (of an ellipse or hyperbola) (Geom.

  9. Elliptic functions, a large and important class of functions, so called because one of the forms expresses the relation of the arc of an ellipse to the straight lines connected therewith.

  10. It is an ellipse when the curvature is synclastic, and an hyperbola when the curvature is anticlastic.

  11. Return to a point before occupied, or to a point relatively the same; a rolling back; return; as, revolution in an ellipse or spiral.

  12. Thus rays from A in the ellipse are reflected to B; rays from A in the hyperbola are reflected toward L and M away from B.

  13. An eighth motion, due to the action of the Moon on the equatorial swelling of the Earth, that of nutation, causes the pole of the equator to describe a small ellipse in eighteen years and eight months.

  14. This ellipse itself also varies from year to year, and from century to century; sometimes it approaches the circumference of a circle, sometimes it lengthens out to a great eccentricity.

  15. As a consequence of this, each star describes a small ellipse in the course of a year, the central point of which would indicate the place occupied by the star if the Earth were at rest.

  16. The ellipse described by this pair is the most eccentric of known binary orbits, and approaches in form the path pursued by Encke's comet round the Sun.

  17. The form of its orbit is that of an ellipse with the Earth in the lower focus.

  18. The major axis of any such aberrational ellipse is always parallel to AC, i.

  19. As the star decreases in latitude, this circle will be viewed more and more obliquely, becoming a flatter and flatter ellipse until, with zero latitude, it degenerates into a straight line (fig.

  20. In 1666, he used a pendulum to measure the force of gravity and showed that the center of gravity of the earth and moon is a point describing an ellipse around the sun.

  21. In large and adherent wens an ellipse of skin is removed along with the cyst.

  22. In more severe cases it may be necessary to remove an ellipse of tissue consisting of the edge of the nail, together with the subjacent matrix and the redundant nail-fold.

  23. The Circle in Perspective a True Ellipse 145 XC.

  24. This will be a sufficient proof that the circle in perspective and the ellipse are identical curves.

  25. In parallel perspective the diameter of the circle always remains horizontal, although the long diameter of the ellipse varies in inclination according to the distance it is from the point of sight, as shown in Fig.

  26. We start with nothing but the ellipse itself.

  27. We must also remember that the ellipse is an oblique projection of a circle, or an oblique section of a cone.

  28. Now would this fundamental discovery, which re-created astronomy, ever have been possible, if geometers had been always confined to conceiving the ellipse only as the oblique section of a circular cone by a plane?

  29. We know that the ellipse was discovered by Kepler to be the curve which the planets describe about the sun, and the satellites about their planets.

  30. The circle enters no matter how it is placed, or turned about; the ellipse does not enter when placed transversely, but if placed lengthwise will enter even if turned upside down.

  31. The dim shapes floating high in that far-circling ellipse were pouring down the dreadful vibrations, thus holding back the sea in a marvelous green wall.

  32. A long line of them, a long ellipse following closely the curving of the cliff.

  33. The ellipse has many peculiar and useful qualities, which you will doubtless discover before long.

  34. First we must decide on the length and width of the oval or rather ellipse required.

  35. As the ellipse becomes most nearly circular, then the focus becomes most nearly the centre.

  36. More accurately, it is an oblate spheroid generated by the rotation of an ellipse about its minor axis.

  37. Her path is approximately an ellipse with the earth in one focus.

  38. We of to-day, thanks to Keppler and his followers, know that the earth and the other planetary bodies in their circuit about the sun describe an ellipse and not a circle.

  39. Drawing the ellipse with string and pins] The pencil point as it traverses the ellipse represents any point, and the string remains the same length.

  40. The ellipse used in carving designs] Our boys drew this figure, 6 x 2-1/2 inches, with a trammel and then worked out the design from it shown in Fig.

  41. Ralph had to show Harry how to make the ellipse with compasses by first constructing two squares or rectangles touching, and with both diagonal lines in each square.

  42. The ellipse was finished by taking c as a centre, and the distance c d as a radius, to draw arc z, and the other end was finished in the same way.

  43. A hole was made inside of the ellipse with a brad awl, the free end of the blade passed through the opening and fastened in the frame of the saw.

  44. The combined length of the two lines drawn from any point on the ellipse to the two foci must always be the same and equal to the length of the major axis.

  45. Suppose the problem is to construct an ellipse 6 inches x 2-1/2 inches.

  46. Resting the picture frame on the edge of a bench, the ellipse was sawed out roughly about 1/16 of an inch inside of the drawing.

  47. But an ellipse has two focal points, called foci, represented by F, F in Fig.

  48. The center, A, of a circle; also one of the two centering points, B, of an ellipse or an oval.

  49. When you ink in your ellipse do not allow the circle pen to cross the lines (K), and you will have a mechanical ellipse.

  50. One of two points, A, A, of an orbit, oval or ellipse farthest from the axis, or the two small dots.

  51. As in the ellipse only certain values satisfying the equation are realised, so in the physical world only certain changes of value occur.

  52. The equation of an ellipse expresses the universal conceivable relation between its co-ordinates, of which only the real values have geometrical significance.

  53. The parabolic curve, as it is called, is a line partaking of the closeness of the ellipse on the one hand, and the openness of the hyperbola on the other.

  54. If we say, "the ellipse is a curve," we do not say this of our idea, but of the object of our idea.

  55. Owing to the eccentricity of the orbital ellipse pursued by Mars and to the present position of the planet's solstices, the southern hemisphere is farther away from the sun during its winter and is so for a longer time.

  56. More than a year ago the author made a number of models with triangular-shaped aerofoils, using umbrella ribs for the leading edge and steel piano wire for the trailing, but has latterly used aerofoils of the elongated ellipse shape.

  57. Area of an ellipse = product of axes x 0.

  58. If the planet had left a visible track, and we had been so placed that we could see it at the proper angle, we might have abstracted our original idea of an ellipse from the planetary orbit.

  59. But this inability was a mere accident: the idea of an ellipse could have been acquired from the paths of the planets as effectually as from anything else, if the paths had not happened to be invisible.


  60. The above list will hopefully give you a few useful examples demonstrating the appropriate usage of "ellipse" in a variety of sentences. We hope that you will now be able to make sentences using this word.
    Other words:
    arc; bow; catenary; caustic; circle; crook; curl; curve; ellipse; festoon; hook; hyperbola; oval; ovoid; ovule; parabola; sinus; tracery