 | Ireland commissioners of nat. educ - 1861 - 310 pages
...number of seconds. t For, v being the last acquired velocity nt the end of any period of time, v=gt, or the velocity at the end of the first second multiplied by the number of seconds, [50]; v=g"f>; and 4=*?. But [55] 8-f=*?4 Therefore S=|. § Since [50] v=g t. EXAMPLE. — If a body... | |
 | Missouri. State Board of Agriculture - Agriculture - 1869 - 786 pages
...four seconds, 1-83 feet, llence the law of the final velocity of a falling body, is 32 1-6 (the final velocity at the end of the first second) multiplied by the number of seconds since it started from a stafe of rest. This law is expressed by th* formula v, (velocity) = 32 1-6... | |
 | Park Benjamin - Mechanical engineering - 1878 - 994 pages
...velocity would be tv,. In other words, the velocity at the end of a given number of seconds will equal the velocity at the end of the first second multiplied by the number of seconds. Angular velocity is rate of angular movement. If the path of a body be a circle and the velocity uniform,... | |
 | Stephen Roper - Mechanical engineering - 1884 - 740 pages
...velocity. The velocity acquired by a falling body is proportional to the time ; or the velocity acquired at the end of the first second, multiplied by the number of seconds, will be the velocity with which it strikes the ground. The space through which a body falls in a given... | |
 | Charles Frederic Dutton (jr.) - Physics - 1896 - 140 pages
...during the second will carry it in one second. 2nd. The velocity at the end of any second is equal to the velocity at the end of the first second, multiplied by the number of the given second. 3rd. The distance traversed during any second is equal to the distance traversed... | |
 | International Correspondence Schools - Electrical engineering - 1897 - 672 pages
...velocity at the end of the third second would be three times that at the end of the first second. So, if a constant force acts upon a body free to move,...end of any time will be the velocity at the end of one second, multiplied by the number of seconds. 895. This constant force is called a constant accelerating... | |
 | International Correspondence Schools - Civil engineering - 1899 - 722 pages
...velocity at the end of the third second would be three times that at the end of the first second. So, if a constant force acts upon a body free to move,...end of any time will be the velocity at the end of one second, multiplied by the number of seconds. 895. This constant force is called a constant accelerating... | |
 | 1900 - 728 pages
...velocity at the end of the third second would be three times that at .he end of the first second. So, if a constant force acts upon a body free to move,...end of any time will be the velocity at the end of one second, multiplied by the number of seconds. This constant force is called a constant accelerating... | |
 | International Correspondence Schools - Coal mines and mining - 1900 - 732 pages
...velocity at the end of the third second would be three times that at the end of the first second. So, if a constant force acts upon a body free to move,...end of any time will be the velocity at the end of one second, multiplied by the number of seconds. This constant force is called a constant accelerating... | |
 | Coal mines and mining - 1903 - 782 pages
...velocity at the end of the third second would be three times that at the end of the first second. So, if a constant force acts upon a body free to move,...end of any time will be the velocity at the end of one second, multiplied by the number of seconds. This constant force is called a constant accelerating... | |
| |
... would be twice as great as at the end of the first second. If the same force were to act again, the velocity at the end of the third second would be three times that at the end of the first second. So, if a constant force acts upon a body free to... 