Elements of Physics: Or Natural PhilosophyD. Appleton, 1887 - 873 páginas |
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Resultados 1-5 de 85
Página 9
... feet square placed at double the distance , and one of three feet square , L K , placed at triple the distance . But ED will have four times as much surface as A B , because the former is both E M A -F B Fig . 1 . L K twice as long and ...
... feet square placed at double the distance , and one of three feet square , L K , placed at triple the distance . But ED will have four times as much surface as A B , because the former is both E M A -F B Fig . 1 . L K twice as long and ...
Página 44
... Feet in one second 205,920 I 14,000 101,061 11,280 5,000 Sound traversing water . 4,480 Volcanic stones projected from the volcano of Teneriffe , 1798 3,000 A 24 - pound cannon ball ( maximum ) 2,450 Rifle ball ( maximum ) 1,600 A point ...
... Feet in one second 205,920 I 14,000 101,061 11,280 5,000 Sound traversing water . 4,480 Volcanic stones projected from the volcano of Teneriffe , 1798 3,000 A 24 - pound cannon ball ( maximum ) 2,450 Rifle ball ( maximum ) 1,600 A point ...
Página 47
... feet at the end of the first second , of sixty - four feet at the end of the next second , of one hundred and sixty feet at the end of the fifth second of its fall , and so on . These are examples of uniformly increasing ( or ...
... feet at the end of the first second , of sixty - four feet at the end of the next second , of one hundred and sixty feet at the end of the fifth second of its fall , and so on . These are examples of uniformly increasing ( or ...
Página 55
... feet a second , this mass would possess one hundred times the quantity of motion of the first . A hundredweight moving at any given rate possesses double the quantity of motion of a fifty - six pound weight moving at the same rate . A ...
... feet a second , this mass would possess one hundred times the quantity of motion of the first . A hundredweight moving at any given rate possesses double the quantity of motion of a fifty - six pound weight moving at the same rate . A ...
Página 61
... feet in one second , through 64 feet in two seconds , through 144 feet in three seconds , and so on . But , after the body has fallen for a second , or through a space of 16 feet , it is found to have a velocity of 32 feet per second ...
... feet in one second , through 64 feet in two seconds , through 144 feet in three seconds , and so on . But , after the body has fallen for a second , or through a space of 16 feet , it is found to have a velocity of 32 feet per second ...
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Otras ediciones - Ver todas
Términos y frases comunes
action atmosphere atmospheric pressure axle balance ball balloon barometer beam blow body bottom bulk buoyancy called carbonic acid carriage cause centre of gravity centrifugal force chemical cohesion column common cork density diffusion direction distance earth effect elastic Energy equal fall feet float fluid friction gases glass gradually greater half heat heavy Hence horizontal hydrogen illustration inch inclined plane increase instance iron length less lever lift liquid machine mass matter mercury metal miles molecules momentum motion moving musical oxygen particles pass pendulum piston placed plane pound pound weight pressure principle produced proportion pulley quantity resistance rest rise rope round screw ship side simple machines solid sound space specific gravity stone string substance surface temperature tion tube turn uniform velocity velocity of sound vertical vessel vibrations waves weight wheel whole wind
Pasajes populares
Página 467 - ... will prevent the metal from running away, and in a few minutes it will cool and take the impression, without the slightest injury to the paper from which it was taken.
Página 799 - That the squares of the times of the revolutions of the planets are as the cubes of their mean distances from the sun.
Página 368 - When horses or mules march in company at night, those in front direct their ears forward...