 | London univ, exam. papers - 1881 - 122 pages
...grammes may rise through a height of 200 centimetres in 10 seconds 1 (g = 980.) 41. A mass of 6 ounces slides down a smooth inclined plane whose height is...half its length, and draws another mass from rest, over1 a distance of 3 feet in 5 seconds, along a horizontal table which is level with the top of the... | |
 | James Gordon MacGregor - 1887 - 540 pages
...the edge of the table. How long will it be before it reach the edge of the table ? Ans. 2 sees. (6) A mass of 6 oz. slides down a smooth inclined plane...height is half its length, and draws another mass by means of a string along a smooth horizontal table which is level with the top of the inclined plane... | |
 | James Gordon MacGregor - 1887 - 540 pages
...the edge of the table. How long will it be before it reach the edge of the table ! Ans. 2 sees. (6) A mass of 6 oz. slides down a smooth inclined plane...height is half its length, and draws another mass by means of a string along a smooth horizontal table which is level with the top <-f the inclined plane... | |
 | Charles Vandeleur Burton - 1890 - 330 pages
...acceleration and the distance traversed from rest by either mass in 5 seconds. (16) A mass of 6 ounces slides down a smooth inclined plane whose height is...the top of the plane. Find the mass on the table. (17) A particle projected up a smooth rectilinear groove, inclined at a given angle to the ground,... | |
 | Sidney Luxton Loney - 1891 - 230 pages
...which hangs freely; find the distance described by the masses in 5 seconds. 15. A mass of 6 ounces slides down a smooth inclined plane, whose height...horizontal table which is level with the top of the plane over which the string passes ; find the mass on the table. 16. A mass of 4 ozs. is attached by a string... | |
 | Sidney Luxton Loney - 1905 - 332 pages
...which hangs freely ; find the distance described by the masses in 5 seconds. 9. A mass of 6 ounces slides down a smooth inclined plane // whose height...horizontal table which is level with the top of the plane over which the string passes ; find the mass on the table. 10. If a train of 200 tons, moving at the... | |
 | Joseph Moore Jameson - 1909 - 344 pages
...length and draws another mass from rest, over a distance of 10 ft. in 3 seconds along a horizontal table level with the top of the plane, the string passing...the top of the plane. Find the mass on the table. 34. In what time would the body of Prob. 33 come to the highest point it will reach on the incline?... | |
 | Joseph Moore Jameson - 1909 - 348 pages
...acceleration of 8 ft/sec2 up the plane. 32. A mass of 80 gms. slides down a smooth incline whose height is \ its length and draws another mass from rest, over a distance of 10 ft. in 3 seconds along a horizontal table level with the top of the plane, the string passing over... | |
 | Percey Franklyn Smith, William Raymond Longley - 1910 - 312 pages
...string passing over a pulley at the top of the plane. Show that the acceleram + m' 22. A mass of 0 oz. slides down a smooth inclined plane, whose height...draws another mass from rest over a distance of 3 ft. in 5 sec. along a horizontal table which is level with the top of the plane over which the string... | |
 | 650 pages
...which hau;;.-- freely ; find the distance described by the masses in 5 seconds. 15. A mass of 6 ounces slides down a smooth inclined plane, whose height...horizontal table which is level with the top of the plane over which the string passes ; find the mass on the table. 16. A mass of 4 ozs. is attached by a string... | |
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A mass of 6 ounces slides down a smooth inclined plane, whose height is half its length, and draws another mass from rest over a distance of 3 feet in 5 seconds along a horizontal table which is level with the top of the plane over which the string passes... 
