Displacement sentence example

displacement
  • This displacement is in no way finished; in fact, it has hardly begun.
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  • We have already called attention to the gradual displacement of the gild merchant by the craft organizations.
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  • If P represent the average value of the component of a force in the direction of the displacement, s, of its point of application, the product Ps measures the work done during the displacement.
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  • Mechanical ventilation may be effected either by direct exhaustion or centrifugal displacement of the air to be removed.
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  • Then the displacement at 0 will take place in a direction perpendicular to 0 1 0, and lying in the plane Z0 1 0; and, if 1' be the displacement at 0, reckoned positive in the direction nearest to that in which the incident vibrations are reckoned positive, = 4?y (1 +cos 0) sin 4 f' (bt - r).
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  • If the change of temperature progressed uniformly from one side to the other, the result would be a lateral displacement of the image without loss of definition; but in general both effects would be observable.
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  • Suppose the ship turns about an axis through F in the water-line area, perpendicular to the plane of the paper; denoting by y the distance of an element dA if the water-line area from the axis of rotation, the change of displacement is EydA tan 8, so that there is no change of displacement if EydA = o, that is, if the axis passes through the C.G.
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  • The first of these is the requirement that each line should have a complete sense in itself; this produces a certain jerkiness, and often led among the Arabs to displacement in the order of the lines in a long poem.
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  • Poncelet, from which the work done during a given displacement could be read off directly.
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  • Taking all into account, the available strength of the fleet might be put at 7 armour-clad ships, of which the " Messudiyeh " was one, the six others varying in displacement from 2400 to 6400 tons; two cruisers (unarmoured) of 3800 tons displacement; some 18 gunboats; 12 destroyers, 16 first-class torpedo boats and 6 second-class torpedo boats.
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  • When the force acts on a body free to turn about a fixed axis only, it is convenient to express the work done by the transformed product TO, where T is the average turning moment or torque acting to produce the displacement 0 radians.
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  • The minuteness of this displacement, about 20.50", makes its precise determination an extremely difficult matter.
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  • For experiments with long thin rods or wires it has an advantage over the other arrangements in that the position of the poles need not be known with great accuracy, a small upward or downward displacement having little effect upon the magnetometer deflection.
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  • The naval programme of the republic for 1905 provided for the prompt construction of 3 battleships of the largest displacement, 3 armoured cruisers, 6 destroyers, 12 torpedo boats and 3 submarine boats; and by 1909 the reorganization of the navy was far advanced.
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  • On the same principle we may estimate the least visible displacement of the eye-piece of a telescope focused upon a distant object, a question of interest in connexion with range-finders.
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  • Suppose that the dielectric has a constant K, then we must multiply both sides by K and the expression for the energy per unit of volume of the field is equivalent to z DE where D is the displacement or polarization in the dielectric.
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  • The chief experimental basis for supposing that a train of longitudinal waves with displacement curve of this kind arouses the sensation of a pure tone is that the more nearly a source is made to vibrate with a single simple harmonic motion, and therefore, presumably, the more nearly it sends out such a harmonic train, the more nearly does the note heard approximate to a single pure tone.
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  • The angular displacement, 0, of the disk is made proportional to the displacement, s, of the point of application of the force by suitable driving gear.
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  • We can represent waves of longitudinal displacement by a curve, and this enables us to draw very important conclusions in a very simple way.
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  • If the waves are continuous and each of the same shape they form a " train," and the displacement curve repeats itself.
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  • The figure shows that when the curve of displacement slopes down in the direction of propagation there is compression, and the pressure is above the normal, and that when it slopes up there is extension, and the pressure is below the normal.
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  • If a wave travels on without alteration the travelling may be represented by pushing on the displacement curve.
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  • At L the displacement backward decreases, or the motion is forward FIG.
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  • To find the relation of the velocity to displacement and pressure we shall express the fact that the wave travels on carrying all its conditions with it, so that the displacement now at M will arrive at N while the wave travels over MN.
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  • Every particle in the plane will have the same displacement and the same velocity, and these will be perpendicular to the plane and parallel to the line of propagation.
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  • The simplest form of wave, so far as our sensation goes - that is, the one giving rise to a pure tone - is, we have every reason to suppose, one in which the displacement is represented by a harmonic curve or a curve of sines, y=a sin m(x - e).
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  • Let it be represented by a displacement curve Ahbkc. Its periodicity implies that after a certain distance the displacement curve exactly repeats itself.
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  • Now we can see that two notes of the same pitch, but of different quality, or different form of displacement curve, will, when thus analysed, break up into a series having the same harmonic wave-lengths; but they may differ as regards the members of the series present and their amplitudes and epochs.
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  • We may represent the displacement due to one of the trains by y l =a sin 2 i (24) where x is measured as in equation (16) from an ascending node as A in fig.
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  • If we measure t from an instant at which the two trains exactly coincide, then as U for the other train has the opposite sign, its displacement is represented by y2= a sin (x+Ut).
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  • In (5) the displacement is evidently equal and opposite to that in (1).
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  • Further displacement will give the figures (4), (3), (2), (I) again, but with (I) and (II) interchanged.
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  • If w is the total pressure excess, and if y is the total displacement at x, then w = E Xchange of volume _original volume = - Edy/dx.
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  • At the nodes A, B, C, D, E there is no displacement, but there are maximum volume and pressure changes.
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  • When the displacement is represented by Ahbkc the particles on each side of B are displaced towards it 6 7 ?.
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  • When the displacement is represented by AH'BK'C the particles on each side of B are displaced from it, giving an extension, and since the slope is again the steepest, the extension is a maximum.
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  • At the loops, for instance at H, the displacement is a maximum.
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  • The tangent to the displacement curve is always parallel to the axis, that is, for a small distance the successive particles are always equally displaced, and therefore always occupy the same volume.
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  • But since y=yl+y2, Tdy/dx=Tdy/dx+Tdy 2 /dx, or the condition for superposition holds when the displacement is so small that we may put dx/ds = I.
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  • But if y is the displacement at A, dy/dx is the extension at A, and the force acting is a pull across A equal to Y&uodyldx, where Y is Young's modulus of elasticity.
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  • Let us suppose that the rod is circular, of radius r, and that the radial displacement of the surface is r t.
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  • Formerly it was generally supposed that the Tartini tone was due to the beats themselves, that the mere variation in the amplitude was equivalent, as far as the ear is concerned, to a superposition on the two original tones of a smooth sine displacement of the same periodicity as that variation.
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  • It depends on the restoring force due to the displacement of the receiver not being accurately proportional to the displacement.
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  • We may see how this occurs by supposing that the restoring force of the receiving mechanism is represented by Ax- f-µx 2, where x is the displacement and µx 2 is very small.
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  • It is easily shown that after a time we shall have to superpose on the original displacement a displacement proportional to the square of the particle velocity, and this will introduce just the same set of combination tones.
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  • The displacement of each pontoon is 180 tons and its weight 22 tons.
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  • Before 1868 Maxwell conducted the experiment by sending light from the illuminated cross-wires of an observing telescope forward through the object-glass, and through a train of prisms, and then reflecting it back along the same path; any influence of convection would conspire in altering both refractions, but yet no displacement of the image depending on the earth's motion was detected.
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  • But in a great number of cases the imposition of a duty causes only a partial displacement of the foreign supply, and hence brings some revenue from that which remains.
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  • The great warming and abundant rainfall of the island regions of the western Pacific, and the low temperature of the surface water in the east, cause a displacement of the southern tropical maximum of pressure to the east; hence we have a permanent " South Pacific anticyclone " close to the coast of South America.
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  • This magnetic field may be made to cause a displacement 0 FIG.
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  • This peculiar feature is explained as the result of displacement of the river from a better graded preglacial valley by the Pleistocene ice-sheet, which here overspread the plains from the moderately elevated Canadian highlands far on the north-east, instead of from the much higher mountains near by on the west.
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  • These cliffs are peculiar in gradually passing from one formation to another, and in having a height dependent on the displacement of the fault rather than on the structures in the fault face; they are already somewhat battered and dissected by erosion.
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  • The displacement of the mountain block may still be in progress, for severe earthquakes have happened in the depression next east of the range; that of Owens Valley in 1870 was strong enough to have been very destructive had there been anything in the desert valley to destroy.
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  • So strong is the displacement of the area of highest interior temperatures westward from the middle of the continent that the Gulf of California almost rivals the Red Sea as an ocean-arm under a desert-hot atmosphere.
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  • These two operations are not quite equivalent, since a weight added to the interior does not affect the volume of liquid displaced when the instrument is immersed up to a given division of the scale, while the addition of weights to the exterior increases the displacement.
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  • Close to and on either side of the absorptive band µ 2 has large positive and negative values, and if the above expression remains correct the change of frequency would, close to the centre of absorption, be 2 k-2"+3, which for n =3 and k= Io is 1/2000, or 500 times greater than the observed shifts, but this represents now the maximum displacement and not the displacement of the most intense portion of the radiation.
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  • We therefore should expect a band in place of the line, which is the case, but our calculation is not able to give the displacement of the most intense portion, which is what we require for comparison with experiment.
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  • Kundt,' who initiated this line of investigation, came to the conclusion that the absorption spectra of certain organic substances like cyanin and fuchsin were displaced towards the red by the solvent, and that the displacement was the greater the greater the dispersive power of the solvent.
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  • This arrangement is not very convenient, as it is difficult to protect the mirror from accidental displacement, so that the angle between the geometrical and magnetic axes may vary.
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  • For this reason the end of the magnet is sometimes polished and acts as the mirror, in which case no displacement of the reflecting surface with reference to the magnet is possible.
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  • There is no satisfactory explanation of this break in the regular alternation of successive whorls; the outer whorl' of stamens arises in course of development before the inner, so that there is no question of subsequent displacement.
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  • The two latter were of 3,600 tons displacement, 300 ft.
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  • With the second period began, in the 14th century, the gradual displacement of the direct extraction of wrought iron from the ore by the intentional and regular use of this indirect method of first carburizing the metal and thus turning it into cast iron, and then converting it into wrought iron by remelting it in the forge.
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  • This displacement has been going on ever since, and it is not quite complete even to-day.
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  • Among the other causes of the increase of the per capita consumption of iron are the displacement of wood by iron for ships and bridge-building; the great extension of the use of iron beams, columns and other pieces in constructing buildings of various kinds; the growth of steam and electric railways; and the introduction of iron fencing.
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  • The direct-acting lift is perhaps the simplest of all machines using pressure-water, but as the height of the lift increases, certain problems in construction become exceedingly difficult to cope with, notably those due to the great increase in the weight and displacement of the ram.
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  • Below the piston of the upper cylinder is an annular space E (surrounding the common piston rod) with a capacity equal to the maximum displacement of the liftram, while the corresponding annular area C of the piston of the lower cylinder is just large enough when subjected to the working water pressure to enable the work of lifting the net load to be done and any friction to be overcome.
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  • With this arrangement the lift - ram and the two balance pistons are always in equilibrium, or, in other words, the ever-changing displacement of the lift-ram is automatically in balance.
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  • It is necessary in upward or subterranean irrigation to send the water on and to take it off very gently, in order to avoid the displacement and loss of the finer particles of the soil which a forcible current would cause.
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  • By this rotation a beam of light reflected from the surface suffers displacement.
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  • The confusion introduced into the legislation by later additions, with the consequent displacement of earlier material, has not been without effect on the narratives belonging to the different sources.
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  • A similar displacement has taken place with regard to Ex.
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  • The quartzites themselves have also been subjected to extraordinary horizontal displacement, amounting in places to not less than Io m.
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  • The assumption of a protectorate over another state, or of a sphere of influence, is not strictly annexation, the latter implying the complete displacement in the annexed territory of the government or state by which it was previously ruled.
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  • More usually, however, only one component is sufficiently luminous for its spectrum to appear; its orbital motion is then detected by a periodic change in the absolute displacement of its spectral lines.
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  • In fact the relative positions are the same as if the earth remained fixed and the star described an orbit equal to that of the earth, but with the displacement always exactly reversed.
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  • The greatest displacement of the star from its mean position (the semi-axis major of the ellipse) is called its parallax.
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  • Nowadays the determination is more usually made by measuring the displacement of the star relatively to the stars surrounding it.
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  • The part of the star's apparent Speed displacement, which is due to the solar motion, is gener the Solar ally called the parallactic motion; the rest of its motion.
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  • Regarded as a linear velocity, the parallactic motion is the same for all stars, being exactly equal and opposite to the solar motion; but its amount, as measured by the corresponding angular displacement of the star, is inversely proportional to the distance of the star from the earth, and foreshortening causes it to vary as the sine of the angular distance from the apex.
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  • The gas must be collected either by downward displacement, since it is soluble in water and also attacks mercury; or over a saturated salt solution, in which it is only slightly soluble.
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  • Chlorine peroxide must be collected by displacement, as it is soluble in water and readily attacks mercury.
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  • For suppose that in consequence of the displacement a point of the lamina is brought from A to B, whilst the point of the lamina which was originally at B is brought to C. Since AB, BC, are two different positions of the same line in the B C lamina they are equal, and it is evident that the rotation could have been effected by a rotation about J,
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  • As a special case A the three points A, B, C may be in a straight line; J is then at infinity and the displacement is equivalent to FIG 10 a pure translation, since every point of the lamina is now displaced parallel to AB through a space equal to AB.
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  • It was shown by Euler (1776) that any displacement in which one point 0 of the body is fixed is equivalent to a pure, rotation about some axis through 0.
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  • It follows from Eulers theorem that the most general displacement of a rigid body may be effected by a pure translation which brings any one point of it to its final position 0, followed by a pure rotation about some axis through 0.
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  • In other words, the most general displacement is equivalent to a translation parallel to a certain axis combined with a rotation about that axis; i.e.
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  • It is easily shown that any displacement whatever is equivalent to two half-turns and therefore to a screw.
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  • If AB, AC represent infinitesimal rotations about intersecting axes, the consequent displacement of any point 0 in the plane BAC will be at right angles to this plane, and will be represented by twice the sum of the areas OAB, OAC, taken with proper signs.
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  • The displacement will consist of an infinitesimal rotation e about some axis through U, whose direction-cosines are, say, 1, m, n.
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  • When the latter invariant, but not the former, vanishes, the displacement is equivalent to a pure rotation.
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  • We assume that the body receives arbitrary twists about twc given screws, and it is required to determine the character of the resultant displacement.
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  • For example, we can assert without further proof that any infinitely small displacement may be resolved into two rotations, and that the axis of one of these can be chosen arbitrarily.
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  • In the analogous theory of infinitely small displacements of a solid, a null-line is a line such that the lengthwise displacement of any point on it is zero.
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  • There is a corresponding kinematic peculiarity, in that the connection is now not strictly rigid, an infinitely small relative displacement being possible.
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  • Work.The work done by a force acting on a particle, in any infinitely small displacement, is defined as the product of the force into the orthogonal projection of the displacement on the direction of the force; i.e.
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  • In the language of vector analysis (q.v.) it is the scalar product of the vector representing the force and the displacement.
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  • In the same way, the work dne by a force acting on a rigid body in any infinitely small displacement of the body is the scalar product of the force into the displacement of any point on the line of action.
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  • The total work done by two concurrent forces acting on a particle, or on a rigid body, in any infinitely small displacement, is equal to the work of their resultant.
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  • It is also evident that the total work done in two or more successive infinitely small displacements is equal to the work done in the resultant displacement.
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  • The analytical calculation of the work done by a system of forces in any infinitesimal displacement is as follows.
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  • The displacement of the point H in the figure, resolved in the direction of R, is r cos 0sh sin 0.
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  • If the extraneous forces are n equilibrium the total work which they would perform in any such displacement would be zero, since they reduce to a zero force and a zero couple.
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  • Conversely, we can show that if the, virtual work of the extraneous forces be zero for every infinitesimal displacement of the body as rigid, these forces must be in equilibrium.
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  • For by giving the body (in imagination) a displacement of translation we learn that the sum of the resolved parts of the forces in any assigned direction is zero, and by giving it a displacement of pure rotation we learn that the sum of the moments about any assigned axis is zero.
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  • It is evident, in the first place, that in any displacement common to the two surfaces, the work of the two equal and opposite normal pressures will cancel; moreover if, one of the surfaces being fixed, an infinitely small displacement shifts the point of contact from A to B, and if A be the new position of that point of the sliding body which was at A, the pro jectior of AA on the normal at A is of the second order.
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  • For the virtual work of two equal anc opposite forces will cancel in any displacement which is commor to the two surfaces; whilst, if one surface be fixed, the displace ment of that point of the rolling surface which was in contact with the other is of the second order.
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  • If the system be subject to gravity, the corresponding part of the virtual work can be calculated from the displacement of the centre of gravity.
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  • An important conclusion is that in any displacement of a system of bodies in equilibrium, such that the virtual work of all forces except gravity may be ignored, the depth of the centre of gravity is stationary.
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  • The displacement of G is at right angles to JG; this shows that for equilibrium JG must be vertical.
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  • The simplest case is that of a frame of three bars, when the three joints A, B, C fall into a straght line; a small displacement of the joint B at right angles to AC would involve changes in the lengths of AB, BC which are only of the second order of small quantities.
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  • If the inclination of the string to the vertical does not exceed a few degrees, the vertical displacement of the particle is of the second order, so that the vertical acceleration may be neglected, and the tension of the string may be equated to the gravity mg of the particle.
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  • Hence if 1 be the length of the string, and x the horizontal displacement of the bob from the equilibrium position, the horizontal component of gravity is mgx/l, whence The motion is therefore simple-harmonic, of period r= 27ri/(l/g).
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  • The physical characteristics of a normal mode are that an impulse of a particular normal type generates an initial velocity of that type only, and that a constant extraneous force of a particular normal type maintains a displacement of that type only.
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  • If x be measured upwards from the lower end, the horizontal component of the tension P at any point will be Pay/ax, approximately, if y denote the lateral displacement.
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  • The power of resisting displacement constitutes stability, the power of each piece to resist disfigurement is its stiffness; and its power to resist breaking, its strength.
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  • Stability of Position, and Stability of Frictio-n.The resistances at the several joints having been determined by the principles set forth in 6, 7, 8, 9 and 10, not only under the ordinary load of the structure, but under all the variations to which the load is subject as to amount and distribution, the joints are now to be placed and shaped so that the pieces shall not suffer relative displacement under any of those loads.
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  • Safety against displacement by turning is called stability of position; safety against displacement by sliding, stability of friction.
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  • If the joint be provided either with projections and recesses, such as murtises and tenons, or with fastenings, such as pins or bolts, so as to resist displacement by sliding, the question of the utmost amount of the tangential resistance CQ which it is capable of exerting depends on the strength of such projections, recesses, or fastenings; and belongs to the subject of strength, and not to that of stability.
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  • In other cases the safety of the joint against displacement by sliding depends on its power of exerting friction, and that power depends on the law, known by experiment, that the friction between two surfaces bears a constant ratio, depending on the nature 01 the surfaces, to the force by which they are pressed together.
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  • If there is the slightest displacement of the centre o gravity of the system from the axis of revolution a force acts on th shaft tending to deflect it, and varies as the deflexion and as th square of the speed.
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  • The Elk range is geologically interesting for the almost unexampled displacement of the strata of which it is composed, and the apparent confusion which has thence arisen.
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  • If the gold-leaf is unelectrified, it is not acted upon by the two plates placed at equal distances on either side of it, but if its potential is raised or lowered it is attracted by one disk and repelled by the other, and the displacement becomes a measure of its potential.
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  • The needle in its normal position is symmetrically placed with regard to the quadrants, and carries a mirror by means of which its displacement can be observed in the usual manner by reflecting the ray of light from it.
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  • These earthquake shocks have two distinct characteristics, a slight vibration, sometimes almost imperceptible, called a temblor, generally occurring at frequent intervals, and a violent horizontal or rotary vibration, or motion, also repeated at frequent intervals, called a terremoto, which is caused by a fracture or displacement of the earth's strata at some particular point, and often results in considerable damage.
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  • Two points are selected on the surface of the shaft at different positions along it, and the relative displacement which occurs between them round the shaft when power is being transmitted is determined either by electrical means, as in the Denny-Johnson torsion-meter, or optically, as in the Hopkinson-Thring and Bevis-Gibson instruments.
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  • By the principle of the conservation of energy, any displacement of the liquid by which its energy is diminished will tend to take place of itself.
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  • If, however, it were negative, the displacement of the liquids which tends to enlarge the surface of contact would be aided by the molecular forces, so that the liquids, if not kept separate by gravity, would at length become thoroughly mixed.
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  • The resultant force on C will therefore tend to oppose the displacement and to bring C back to its original Nouvelle the'orie de l'action capillaire (1831).
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  • It is also stable as regards displacements transverse to the axis, for the film is in a state of tension, and any lateral displacement of its middle parts would produce a resultant force tending to restore the film to its original position.
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  • But if the length of the cylindric film is greater than its circumference, and if we suppose the disk C to be placed midway between A and B, and to be moved towards A, the pressure on the side next A will diminish, and that on the side next B will increase, so that the resultant force will tend to increase the displacement, and the equilibrium of the disk C is therefore unstable.
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  • The capillary tension endeavours to contract the surface of the fluid; so that the stability, or instability, of the cylindrical form of equilibrium depends upon whether the surface (enclosing a given volume) be greater or less respectively after the displacement than before.
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  • Hence the displacement of the surface to which we must direct our attention is one which does not alter the volume of the liquid in the vessel, and which therefore is upward in one part of the surface and downward in another.
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  • Then if p be the density of the upper liquid, and Q that of the lower liquid, and P the original pressure at the surface of separation, then when the surface receives an upward displacement z, the pressure above it will be P - pgz, and that below it will be P - Ogz, so that the surface will be acted on by an upward pressure (p - Q)gz.
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  • If this quantity is of the same sign as z, the displacement will be increased, and the equilibrium will be unstable.
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  • Also, if m and n are both unity, the displacement will be entirely positive, and the volume of the liquid will not be constant.
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  • In water we get a maximum recoil with a minimum of displacement; in air, on the contrary, we obtain a minimum recoil with a maximum of displacement.
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  • As this arrangement extends also to the margins, the wings are more or less twisted upon themselves and present a certain degree of convexity on their superior or upper surface, and a corresponding concavity on their inferior or under surface, - their free edges supplying those fine curves which act with such efficacy upon the air in obtaining the maximum of resistance and the minimum of displacement.
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  • This arises from the fact that bodies moving in air experience a minimum of resistance and occasion a maximum of displacement.
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  • The reasons for his final displacement in 1862 were both civil and military, and the president had been forbearing with him.
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  • Wherever, below the surface, there are pores or open fissures, water derived from rainfall is (except in the rare cases of displacement by gas) found at levels above the sea determined by the resistance of solids to its passage towards some neighbouring sea, lake or watercourse.
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  • Moreover, Harold had before his eye as a precedent the displacement of the effete Carolingian line in France, by the new house of Robert the Strong and Hugh Capet, seventy years before, He prepared for the crisis that must come at the death of Edward the Confessor by bestowing the governance of several earldoms upon his brothers.
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  • The peculiar mode of displacement of the teeth from behind forwards in some members of both groups may perhaps indicate a relationship, although in the case of the Sirenia the replacement takes place by means of a succession of similar molars, while in the Proboscidea the molars remain the same numerically, but increase greatly in size and number of transverse ridges."
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  • He further elaborated it by the introduction of " eccentrics," which accounted for the changes in orbital velocity of the sun and moon by a displacement of the earth, to a corresponding extent, from the centre of the circles they were assumed to describe.
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  • At this time there was evidently a tendency to breed a somewhat lighter and speedier horse; but, while the introduction of a more active animal would soon have led to the displacement of the ponderous but powerful cavalry horse then in use, the substituted variety would have been unable to carry the weight of armour with which horse and rider were alike protected; and so in the end the old breed was kept up for a time.
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  • If one focuses an auxiliary microscope, carried in the inner tube, on the image situated in the back focal plane of the objective of a distant object, and then on the dust particles lying on a slide pressed against the end of the outer tube, the displacement of the auxiliary microscope gives the distance of the back focal plane of the objective from the end of the outer tube.
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  • In the case of cold extraction the seed is placed in a series of closed vessels, through which the solvent percolates by displacement, on the "counter-current" system.
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  • If this patch is also given a displacement in the direction of right angles by examining it in a steadily vibrating mirror, we see a wavy or oscillatory line of light which is an optical representation of the wave form of a current in the coils embracing the Braun tube.
    1
    0
  • The displacement amplitude at the resonance frequency with increasing applied voltage does not increase linearly.
    1
    0
  • Most of the displacement is usually anterior, and the posterior capsule is not significantly disrupted.
    1
    0
  • The location where particle displacement is at a maximum is called a displacement antinode.
    1
    0
  • Another measure of displacement is given by the total photo diode array output.
    1
    0
  • Wars, fuelled by the ready availability of arms, can create massive population displacement.
    1
    0
  • Are all lavatories fitted with low volume cisterns or cistern displacement devices?
    1
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  • Not bad for a reasonably heavy displacement Swedish built cruiser without using a kite.
    1
    0
  • A combined posterior medial displacement calcaneal osteotomy and Evans osteotomy was used, with transfer of FDL to the medial cuneiform and TA lengthening.
    1
    0
  • All the Greek manuscripts, including the cursive 248 (on this see below) have this displacement.
    1
    0
  • Fertilization occurs in the animal pole and this triggers a displacement of the egg cytoplasm.
    1
    0
  • Government soldiers have also been responsible for the deaths of innocent civilians and forcible displacement.
    1
    0
  • Curfews, restricted movement and forced displacement are now commonplace.
    1
    0
  • The link lengths and the crank angular displacement are varied.
    1
    0
  • However, adjustment may be achieved either by lateral displacement of the front sight or by shimming the base of the tang sight.
    1
    0
  • When shear force is decreased this leads to a decrease in anterior tibial displacement.
    1
    0
  • A small weight is hung on the free end and the vertical displacement, d, measured.
    1
    0
  • The locations on the board at which zero vibration displacement occurs are called nodes, and the maximum displacement amplitudes occur at the antinodes.
    2
    1
  • She was 26 feet long, 30 feet beam, 17.3 draft and 2,000 tons displacement.
    2
    1
  • At 75 m length and 750 tons displacement, she is almost 60% longer and 2.6 times heavier than the next largest sloop.
    2
    1
  • The rice-wheat rotation has led to the displacement of grain and fodder legumes capable of enriching soil fertility.
    2
    1
  • For extruded or laterally luxated teeth, the tooth should always be monitored even if there has only been a mild displacement.
    2
    1
  • There is no difference in the reported clinical results of medial displacement posterior calcaneal osteotomy and lateral column lengthening.
    1
    0
  • A chest X ray showed an apical pneumothorax on the left side with inferior displacement of the distal fracture segment.
    1
    0
  • The displacement of the position of the First Point of Aries with time is called the precession of the equinox.
    1
    0
  • Using an optical technique for displacement measurement enables remote sensing of vibration.
    1
    0
  • Gain Travel arising from excessive displacement of the hips in initiation of somersault movements; e.g. traveling forward in a back somersault.
    1
    0
  • The vertical service columns are yellow, and white perforated steel wall panels protect the filters for a displacement ventilation system.
    1
    0
  • The angle 0 through which the displacement occurs is measured backwards, i.e.
    1
    0
  • The effect of turning the pinion V is, of course, to displace the focus both of the solar and stellar spectrographs in the field of the eyepiece, but this d .a displacement is easily restored by From Zeitschr.
    1
    0
  • It is obvious that these two conditions can be produced at the will of the observer by simply turning the screw S, and that the difference of the readings of the screw-head, which are required to reproduce the two conditions in question, gives a measure of the displacement of the stellar lines relative to the solar lines.
    1
    0
  • The electromotive force of the coil is, however, great enough to create in these air gaps displacement currents which are of magnitude sufficient to be equivalent to the conduction current required to actuate a telephone.
    1
    0
  • Many experimehts point to certain small grains of starch which are capable of displacement as the position of the cell is altered.
    1
    0
  • At the same time, to whatever cause this serious setback of Minoan civilization was owing, it would be very unsafe to infer as yet any large displacement of the original inhabitants by the invading swarms from the mainland or elsewhere.
    1
    0
  • The programme of construction which this initial expenditure was to cover was fixed at two battleships of about 16,000 tons displacement, one armoured cruiser of about 12,000 tons displacement, some few auxiliary vessels (destroyers and gunboats), and a floating dock to lift about 17,000 tons.
    1
    0
  • Frahm,' during an important investigation on the torsional vibration of propeller shafts, measured the relative angular displacement of two flanges on a propeller shaft, selected as far apart as possible, by means of an electrical device (Engineering, 6th of February 1903).
    1
    0
  • Let E be the bulk modulus of elasticity, defined as increase of pressure = decrease of volume per unit volume where the pressure increase is so small that this ratio is constant, w the small increase of pressure, and - (dy/dx) the volume decrease, then E=e/(- dy/dx) or w Æ= - dy/dx (I) This gives the relation between pressure excess and displacement.
    1
    0
  • The displacement curve of the waves from a tuning-fork on its resonance box, or from the human voice sounding oo, are nearly smooth and symmetrical, as in fig.
    1
    0
  • The three characteristics of a longitudinal periodic disturbance are its amplitude, the length after which it repeats itself, and its form, which may be represented by the shape of the displacement curve.
    1
    0
  • But it is very difficult to suppose that the same sensation would be aroused by a truly periodic displacement represented by a smooth curve, and a displacement in which the period is only in the amplitude of the to-and-fro motion, and which is represented by a jagged curve.
    1
    0
  • Hence the maximum bending moment at C for a series of travelling loads will when the average load is the same on either side of C. If one of the loads is at C, spread over a very small distance in the neighbourhood of C, then a very small displacement of the loads will permit the fulfilment of the condition.
    1
    0
  • But when the rate of change of aethereal strain - that is, of (f,g,h) specified as Maxwell's electric displacement in free aether - is added to it, an analytically convenient vector (u,v,w) is obtained which possesses the characteristic property of being circuital like the flow of an incompressible fluid, and has therefore been made fundamental in the theory by Maxwell under the name of the total electric current.
    1
    0
  • The latter force is, by Maxwell's hypothesis or by the dynamical theory of an aether pervaded by electrons, the same as that which strair s the aether, and may be called the aethereal force; it thereby produces an aethereal electric displacement, say (f,g,h), according to the relation (f,g,h) = (41 r c 2) - 1(P',Q', RI), in which c is a constant belonging to the aether, which turns out to be the velocity of light.
    1
    0
  • The current of aethereal displacement d/dt(f,g,h) is what adds on to the true electric current to produce the total circuital current of Maxwell.
    1
    0
  • Magnusson, is to introduce a thin film of the dye into one of the optical paths of a Michelson interferometer, and to determine the consequent displacement of the fringes.
    1
    0
  • When the earth is at A, in consequence of aberration, the star is displaced to a point a, its displacement sa being parallel to the earth's motion at A; when the earth is at B, the star appears at b; and so on throughout an orbital revolution of the earth.
    1
    0
  • It is true that with the displacement of the capital town certain local deities attained a degree of power that, superficially regarded, seems to alter the entire perspective of the religion.
    1
    0
  • He formulated the conception, therefore, of electric charge as consisting in a displacement taking place in the dielectric or electromagnetic medium (see Electrostatics).
    1
    0
  • Through performances, videos and space installations her work focuses on issues of displacement and identity, especially as they relate to gender.
    1
    0
  • In most instances of talar body fracture, there is significant displacement of the fragments with concurrent subluxation of the ankle or subtalar joints.
    1
    0
  • When the transducer assembly is tightened and repeat measurements are made, the displacement output is almost identical each time.
    1
    0
  • Remember in greater tuberosity fractures use 0.5 cm, not 1cm as a cut off for displacement.
    1
    0
  • The effect of rising sea levels is catastrophic on smaller islands and coastlines, causing displacement of populations and coastal flooding.
    1
    0
  • If you're doing it right, there will be a little compound displacement around the tape.
    1
    0
  • To reduce the risk of displacement of the needle when the IV catheter or needle is inserted, parents should help the child keep still.
    1
    0
  • Displacement of these magnets has been reported to cause bleeding and perforation of the nasal septum, while accidental swallowing of these magnets may require emergency surgery.
    1
    0
  • Reduction-The restoration of a body part to its original position after displacement, such as the reduction of a fractured bone by bringing ends or fragments back into original alignment.
    1
    0
  • An example of segmental alignment occurs when the arm bone fractures in two separate places, with displacement of the middle section of bone.
    1
    0
  • Fractures with little or no displacement may not require any form of reduction.
    1
    0
  • Such defenses include denial, displacement of feelings, and physical complaints such as fatigue, headaches, and stomachaches.
    1
    0
  • For instance, they understand the permanence of objects and people, visually follow the displacement of objects, and begin to use instruments and tools.
    1
    0
  • Many early stories dealt with human fear of robots, of human prejudice against them and the inevitable reaction to the displacement of low skilled workers by them.
    2
    1
  • Among the steamers the increase has chiefly taken plac in vessels of more than 1000 tons displacement, but the number of large sailing vessels has also increased.
    6
    6
  • This however, may be due to irregularity of division and displacement of the cells by irregular tensions destroying the obvious layerec arrangement.
    4
    4
  • Many experiments point to certain small grains of starch which are capable of displacement as the position of the cell is altered.
    8
    8
  • The bearing of this displacement upon the literary and historical criticism of the narratives has never been worked out.
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    6
  • From 1350 onwards the Crusade assumes a new aspect; it becomes defensive, and it is directed against the Ottoman Turks, a tribe of Turcomans who had established themselves in the sultanate of Iconium at the end of the 13th century, during the confusion and displacement of peoples which attended the Mongol invasions.
    4
    5
  • The instrument can be provided with a curve or table showing the current corresponding to each angular displacement of the torsion head.
    8
    8
  • The indirect method is based upon the observed constant of aberration or the displacement of the stars due to the earth's motion.
    5
    5
  • The intensity of light is, however, more usually expressed in terms of the actual displacement in the plane of the wave.
    6
    6
  • This displacement, which we may denote by; is in the plane containing z and r, and perpendicular to the latter.
    4
    5
  • This wasting may be general or local - continuously from the embryonic period there is this natural process of displacement and decay of tissues going on in the growing organism.
    7
    8
  • The "Monitor's" displacement was about 1 200 tons and her armament was two II in.
    12
    13
  • But as the orbits are not centred on the sun, which is in a focus of each, the displacement of the seeming circle would be readily seen in the case of Mercury and of Mars.
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  • They provided a splendid, rigidly mounted, equatorial stand, fitted with every luxury in the way of slow motion, and scales for measuring the displacement of the segments were read by powerful micrometers from the eye-end.
    5
    6
  • Q is supplied by a spring, the extensions of which are recorded on a drum driven proportionally to the angular displacement of the driving pulley; thus a work diagram is obtained.
    7
    7
  • One of the scarps or steps is the result of a great fault or displacement of the earth's crust, and is known as the Balcones fault scarp; others are due to erosion and weatherin g of alternate layers of hard and soft rocks lying almost horizontal.
    4
    4
  • If this is done for every point we obtain a continuous curve Apbqcrd, which represents the displacement at every point at the given instant, though by a length at right angles to the actual displacement and on an arbitrary scale.
    1
    1
  • At the points ABCD there is no displacement, and the line AD through these points is called the axis.
    1
    1
  • Forward displacement is represented by height above the axis, backward displacement by depth below it.
    1
    1
  • In ordinary sound waves the displacement is very minute, perhaps of the order 105 cm., so that we multiply it perhaps by ioo,000 in forming the displacement curve.
    1
    1
  • At J the displacement is forward, but since the curve at Q is parallel to the axis the displacement is approximately the same for all the points close to J, and the air is neither extended nor compressed, but merely displaced bodily a distance represented by JQ.
    1
    1
  • At B there is no displacement, but at K there is displacement towards B represented by KR, i.e.
    1
    2
  • At L there is also displacement towards B and again compression.
    3
    3
  • At N the displacement is away from C and there is extension.
    2
    2
  • At J the displacement remains the same, or the particle is not moving.
    2
    2
  • Let E be the bulk modulus of elasticity, defined as increase of pressure = decrease of volume per unit volume where the pressure increase is so small that this ratio is constant, w the small increase of pressure, and - (dy/dx) the volume decrease, then E=e/(- dy/dx) or w Æ= - dy/dx (I) This gives the relation between pressure excess and displacement.
    2
    2
  • In the time dt which the wave takes to travel over MN the particle displacement at N changes by QR, and QR= - udt, so that QR/MN = - u/U.
    1
    2
  • Then u/U = - dy/dx (2) This gives the velocity of any particle in terms of the displacement.
    1
    2
  • In order to justify the use of stationary waves we must show that two such trains can move in opposite directions over the same ground without modifying each other so long as the displacement in either is small.
    1
    1
  • Maxwell never committed himself to a precise definition of the physical nature of electric displacement, but considered it as defining that which Faraday had called the polarization in the insulator, or, what is equivalent, the number of lines of electrostatic force passing normally through a unit of area in the dielectric. A second fundamental conception of Maxwell was that the electric displacement whilst it is changing is in effect an electric current, and creates, therefore, magnetic force.
    1
    2
  • The combination, as it is ordinarily termed, of chlorine with hydrogen, and the displacement of iodine in potassium iodide by the action of chlorine, may be cited as examples; if these reactions are represented, as such reactions very commonly are, by equations which merely express the relative weights of the bodies which enter into reaction, and of the products, thus Cl = HC1 Hydrogen.
    6
    8
  • But a very slight relative displacement will cause the apparition of the odd spectra.
    24
    26
  • Thus if d,/ is the increase of 4, due to a displacement from P to P', and k is the component of velocity normal to PP', the flow across PP' is d4 = k.PP'; and taking PP' parallel to Ox, d,, = vdx; and similarly d/ ' = -udy with PP' parallel to Oy; and generally d4,/ds is the velocity across ds, in a direction turned through a right angle forward, against the clock.
    3
    5
  • Clerk Maxwell demonstrated, however, that all electric charge or electrification of conductors consists simply in the establishment of a physical state in the surrounding insulator or dielectric, which state is variously called electric strain, electric displacement or electric polarization.
    7
    9
  • The two are carried on a common frame, so arranged that a change in form of the spring causes a relative displacement of the disk and roller, the point of contact moving radially from or towards the centre of the disk.
    9
    11
  • Various groups of people formed and dissolved, the coming formation and dissolution of kingdoms and displacement of peoples was in course of preparation.
    7
    9
  • The method originally used by Huggins, who first conceived and proved the possibility of measuring stellar velocities in the line of sight, was to measure with a filar micrometer the displacement of some well-known line in a stellar spectrum relative to the corresponding line of a terrestrial spectrum.
    13
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  • But in spite of the relative economic displacement they all cause, free trade, outsourcing, and technological displacement all have a positive net effect on the economics of the planet.
    8
    11
  • In addition to these modifications, which are common to nearly all orchids, there are others generally but not so universally met with; among them is the displacement of the flower arising from the twisting of the inferior ovary, in consequence of which the flower is so completely turned round that the "lip," which originates in that part of the flower, conventionally called the posterior or superior part, or that S c ?
    7
    11
  • Motion symmetrical about an Axis.-When the motion of a liquid is the same for any plane passing through Ox, and lies in the plane, a function ' can be found analogous to that employed in plane motion, such that the flux across the surface generated by the revolution of any curve AP from A to P is the same, and represented by 2s-4 -11'o); and, as before, if d is the increase in due to a displacement of P to P', then k the component of velocity normal to the surface swept out by PP' is such that 274=2.7ryk.PP'; and taking PP' parallel to Oy and Ox, u= -d/ydy, v=dl,t'/ydx, (I) and 1P is called after the inventor, " Stokes's stream or current function," as it is constant along a stream line (Trans.
    9
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  • This transference of the authority of the latter to a number of distinct bodies and the consequent disintegration of the old organization was a gradual spontaneous movement, - a process of slow displacement, or natural growth and decay, due to the play of economic forces, - which, generally speaking, may be assigned to the 14th and 15th centuries, the very period in which the craft gilds attained the zenith of their power.
    9
    13
  • Since the current passing through the balance when equilibrium is obtained with a given weight is proportional to the square root of the couple due to this weight, it follows that the current strength when equilibrium is obtained is proportional to the product of the square root of the weight used and the square root of the displacement distance of this weight from its zero position.
    13
    19
  • Armstrong, Whitworth & Co., and the battleship " Messudiyeh " (9100 tons displacement) reconstructed by the firm of Ansaldo (Genoa) in 1902, and re-armed by Vickers, Sons & Maxim, formed the only really effective war-ships at the disposal of Turkey in 1910, although a few armoured ships in addition might still serve for coast defence at a pinch, and a few more for training ships.
    8
    14
  • The fifth method consists in observing the displacement in the direction of the sun, or of one of the nearer planets, due to the motion of the earth round the common centre of gravity of the earth and moon.
    14
    22
  • A master could not enter into a contract with his slave, nor could he accuse him of theft before the law; for, if the slave took anything, this was not a subtraction, but only a displacement, of property.
    4
    16