 | American Academy of Arts and Sciences - 1868 - 536 páginas
...greater the gain of the dial upon the hand. The wheels of both dial and hand are constantly revolving in the direction opposite to that of the' motion of the hands of a watch. The belt of the hand-wheel runs always upon the rod, where its diameter is constant, and as the rod... | |
 | American Academy of Arts and Sciences - 1868 - 556 páginas
...greater the gain of the dial upon the hand. The wheels of both dial and hand are constantly revolving in the direction opposite to that of the motion of the hands of a watch. The belt of the hand-wheel runs always upon the rod, where its diameter is constant, and as the rod... | |
 | Edward Hughes - 1858 - 474 páginas
...Islands, in latitudes from 10° to 40° N.; they are vast whirlwinds, in which the wind blows round in a direction opposite to that of the motion of the hands of a watch. The centre moves onward in a north-westerly direction towards Florida, when its course becomes more... | |
 | 1867 - 400 páginas
...greater the gain of the dial upon the hand. The wheels of both dial and hand are constantly revolving in the direction opposite to that of the motion of the hands of a watch. The belt of the hand-wheel runs always upon the rod where its diameter is constant, and as the rod... | |
 | 1867 - 400 páginas
...greater the gain of the dial upon the hand. The wheels of both dial and hand are constantly revolving in the direction opposite to that of the motion of the hands of a watch. The belt of the hand-wheel runs always upon the rod where its diameter is constant, and as the rod... | |
 | 1923 - 762 páginas
...their incident speed, and that for values of n less than unity the maximum intensity of scattering is in the direction opposite to that of the motion of the electrons in the incident beam. The variation in mass of the electron with speed is then considered,... | |
 | Augustus Edward Hough Love - 1897 - 330 páginas
...the perpendicular upon L from the point O. The rule of signs is that when the sense of the vector is opposite to that of the motion of the hands of a watch, placed with its face in the plane, and the centre of its face at O, the sign is +, otherwise the sign... | |
 | Edwin Edser - 1902 - 604 páginas
...of two SHM's executed along X'OX in equal periods. Let the points Pi and P3 revolve uniformly in a direction opposite to that of the motion of the hands of a clock, round circles of radii equal to OPi and OP,, in such a manne! that the angle P1O'P3 remains... | |
 | Frank Cole Stebbing - 1903 - 364 páginas
...passing through the place of the body, measured from the First Point of Aries from 0 hrs. to 24 hrs. in a direction opposite to that of the motion of the hands of a watch; as AR. Def. 73. The Longitude of a Heavenly Body is the arc of the ecliptic intercepted between the... | |
 | Frank Moulton Saxelby - 1905 - 460 páginas
...line OP starts from the position OX, and moves so that P describes a circle about O as centre in a direction opposite to that of the motion of the hands of a clock, then the line OP is said to generate the angle XOP as it passes round. The angle XOY is divided... | |
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... and the greater the gain of the dial upon the hand. The wheels of both dial and hand are constantly revolving in the direction opposite to that of the' motion of the hands of a watch. The belt of the hand-wheel runs always upon the rod, where its... 
