# Gradient Sentence Examples

- An hour up a
**gradient**of 1 in 450. - Electrostatic fields come from a voltage
**gradient**and can exist when charge carriers are stationary. - At any single station potential
**gradient**has a wide range of values. - The potential
**gradient**is in all cases lower in summer than winter, and thus the reduction in c 1 in summer would appear even larger than in Table V. - Sometimes, however, a sharp incline occurring on an otherwise easy line is not reckoned as the ruling
**gradient**, trains heavier than could be drawn up it by a single engine being helped by an assistant or " bank " engine; sometimes also " momentum " or " velocity " grades, steeper than the ruling**gradient**, are permitted for short distances in cases where a train can approach at full speed and thus surmount them by the aid of its momentum. - The maximum
**gradient**possible depends on climatic conditions, a dry climate being the most favourable. - He found the
**gradient**nearly uniform for heights up to 30 to 40 metres above the ground. - Some of the earliest balloon observations made the
**gradient**increase with the height, but such a result is now regarded as abnormal. - North of this line, near which the temperature is a little over 80° F., the
**gradient**trends somewhat to the east of north, and the temperature is slightly higher on the western than on the eastern side until, in 4 5° N. - Dvina flows with a very slight
**gradient**through a broad valley, and reaches the White Sea at Archangel. - The
**gradient**or grade of a line is the rate at which it rises or falls, above or below the horizontal, and is expressed by stating either the horizontal distance in which the change of level amounts to r ft., or the amount of change that would occur in some selected distance, such as roo ft., r000 ft. - In America a
**gradient**of r in roo is often known as a r% grade, one of 2 in roo as a 2% grade, and so on; thus a 0-25% grade corresponds to what in England would be known as a**gradient**of r in 400. - The ruling
**gradient**of a section of railway is the steepest incline in that section, and is so called because it governs or rules the maximum load that can be placed behind an engine working over that portion of line. - In practice the
**gradient**should not exceed i in 221, and even that is too steep, since theoretical conditions cannot always be realized; a wet rail will reduce the adhesion, and themust be such that some paying load can be hauled in all weathers.**gradients** - Thus a
**gradient**of I in 200 is the same as a half per cent. - Hence if a train is travelling up the
**gradient**at a speed of V ft. - Per hour up a
**gradient**of I in 300, the extra horse-power required will be H.P. _280X2240X58.6 =22 300 X 550 3. - If the train is running down a
**gradient**this horse-power is the rate at which gravity is working on the train, so that with the data of the previous section, on the assumption that the train is running down a**gradient**of I in 300, the horse-power required to maintain the speed would be 354-223=131. - 17 at a speed corresponding to the average speed during the acceleration a, G the
**gradient**, g the acceleration due to gravity, and V the velocity of the train in feet per second. - These considerations also indicate what a difficult matter it is to find the exact rate of working against the resistances, because of the difficulty of securing conditions which eliminate the effect both of the
**gradient**and of acceleration. - First, it must be able to exert a tractive force sufficient to start the train under the worst conditions possible on the railway over which it is to operate - for instance, when the train is stopped by signal on a rising
**gradient**where the track is curved and fitted with a guard-rail. - In this table, unlike Table IV., amplitudes are all expressed as decimals of the mean value of the potential
**gradient**for the corresponding season. - From observations during twelve balloon ascents, Linke concludes that below the 1500-metre level there are numerous sources of disturbance, the
**gradient**at any given height varying much from day to day and hour to hour; but at greater heights there is much more uniformity. - At most stations a negative potential
**gradient**is exceptional, unless during rain or thunder. - Will give a general idea of the relations of potential
**gradient**to dissipation and ionization. - Table Potential, Dissipation, Ioniz If we regard the potential
**gradient**near the ground as representing a negative charge on the earth, then if the source of supply of that charge is unaffected the**gradient**will rise and become high when the operations by which discharge is promoted slacken their activity. - Beyond this parallel the
**gradient**is directed towards the north-west, and temperatures are much higher on the European than on the American side. - South of this anticyclone, from about the latitude of the Cape, we find the region where, on account of the uninterrupted sea surface right round the globe, the planetary circulation is developed to the greatest extent known; the pressure
**gradient**is steep, and the region is swept continuously by strong westerly winds - the " roaring forties." - Taking their origin from a series of lacustrine basins scattered over the plateaus and differing slightly in elevation, the Russian rivers describe immense curves before reaching the sea, and flow with a very gentle
**gradient**, while numerous large tributaries collect their waters from over vast areas. - Brunel laid out the Great Western for a long distance out of London with a ruling
**gradient**of i in 1320. - The Locher rack, employed on the Mount Pilatus railway, where the steepest
**gradient**is nearly I in 2, is double, with vertical teeth on each side, while in the Strub rack, used on the Jungfrau line, the teeth are cut in the head of a rail of the ordinary Vignoles type. - The lines through them should be, if possible, straight and on the level; the British Board of Trade forbids them being placed on a
**gradient**steeper than i in 260, unless it is unavoidable. - The pull recorded on the diagram includes the resistances due to acceleration and to the
**gradient**on which the train is moving. - If W I is the weight of the train in pounds, the rate of working against the
**gradient**expressed in horse-power units is H.P.=W,V/550 G. - Secondly, it must be able to maintain the train at a given speed against the total resistances of the level or up a
**gradient**of given inclination. - If the starting resistance of the whole train be estimated at 16 lb per ton, this engine would be able to start 1.163 tons on the level, or about 400 tons on a
**gradient**of I in 75, both these figures including the weight of the engine and tender, which would be about 100 tons. - Sometimes, as on the Central London railway, the acceleration of gravity is also utilized; the different stations stand, as it were, on the top of a hill, so that outgoing trains are aided at the start by having a slope to run down, while incoming ones are checked by the rising
**gradient**they encounter. - 9.5 in.); maximum
**gradient**, I in 50; length of sleepers, 1.70 m. - At a distance from the central core the radiating ridges become less abrupt and descend with a gentle
**gradient**, finally passing somewhat abruptly, at a height of some 7000 ft., into the level plateau. - The bridle road up the mountain leaves Glen Nevis at Achintee; it has a
**gradient**nowhere exceeding 1 in 5, and the ascent is commonly effected in two to three hours. - There must, then, be a relation between the rate of change of the concentration and the osmotic pressure
**gradient**, and thus we may consider the osmotic pressure**gradient**as a force driving the solute through a viscous medium. - Our internal electrical system works by using cells that have built up electrical
**gradient**or energy that can be given off to other cells by direct transfer. - Above the level plain of absolutely smooth surface, devoid of houses or vegetation, the equipotential surfaces under normal conditions would be strictly horizontal, and if we could determine the potential at one metre above the ground we should have a definite measure of the potential
**gradient**at the earth's surface. - The potential
**gradient**near the ground varies with the season of the year and the hour of the day, and is largely dependent on the weather conditions. - The large difference between the means obtained at Potsdam and Kremsmtinster, as compared to the comparative similarity between the results for Kew and Karasjok, suggests that the mean value of the potential
**gradient**may be much more dependent on local conditions than on difference of latitude. - The two last curves in the diagram contrast the diurnal variation at Kew in potential
**gradient**and in barometric pressure for the year as a whole. - It will be noticed that the difference between the greatest and least hourly values is, in all but three winter months, actually larger than the mean value of the potential
**gradient**for the day; it bears to the range of the regular diurnal inequality a ratio varying from 2.0 in May to 3.6 in November. - The potential difference between the two is recorded, and the potential
**gradient**is thus found. - The formula makes the
**gradient**diminish from 25 volts per metre at 1500 metres height to To volts per metre at 4000 metres. - If the mean of the
observed at the ground and at 1500 metres be taken as an approximation to the mean value of the**gradients****gradient**throughout the lowest 1500 metres of the atmosphere, we find for the potential at 1500 metres level 112,500 volts. - In some localities, however, negative potential
**gradient**is by no means uncommon, at least at some seasons, in the absence of rain. - Lenard, Elster and Geitel, and others have found the potential
**gradient**negative near waterfalls, the influence sometimes extending to a considerable distance. - The Different Elements Potential
**Gradient**, Dissipation, Ionization And Radioactivityare Clearly Not Independent Of One Another. - No distinct relationship has yet been established between potential
**gradient**and radioactivity. - This distribution is most marked at about 300 fathoms, and disappears at soo fathoms, beyond which depth the lines tend to become parallel and to run east and west, the
**gradient**slowly diminishing. - It was not till more than half a century later that an American, Sylvester Marsh, employed the rack system for the purpose of enabling trains to surmount steep slopes on the Mount Washington railway, where the maximum
**gradient**was nearly 1 in 22. - Gauge, with a ruling
**gradient**of I in 40, a maximum speed of 15 m. - Hence the absolute velocities of the two ions can be determined, and we can calculate the actual speed with which a certain ion moves through a given liquid under the action of a given potential
**gradient**or electromotive force. - Gives the annual variation of the potential
**gradient**at a number of stations arranged according to latitude, the mean value for the whole year being taken in each case as too. - The first line gives the mean value of the potential
**gradient**, the second the mean excess of the largest over the smallest hourly value on individual days.