Examination Papers |
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psl.
... show that cos10 + 3 cos20 sin30 + 2 sin10 = 1 + sin30 . 2. Show that in any triangle ( a ) a = b cos C + c cos B. b sin C a - b cos с ( b ) tan B = 3. A ship sailing due East at 12 nautical miles per hour sights a lighthouse in a ...
... show that cos10 + 3 cos20 sin30 + 2 sin10 = 1 + sin30 . 2. Show that in any triangle ( a ) a = b cos C + c cos B. b sin C a - b cos с ( b ) tan B = 3. A ship sailing due East at 12 nautical miles per hour sights a lighthouse in a ...
psl.
... show how to obtain from it the graph of 3x - x2 - 7 . 3. ( a ) The pressure of the wind on a plane area varies jointly as the area and the square of the velocity of the wind . If the pressure on one square foot is one pound when the ...
... show how to obtain from it the graph of 3x - x2 - 7 . 3. ( a ) The pressure of the wind on a plane area varies jointly as the area and the square of the velocity of the wind . If the pressure on one square foot is one pound when the ...
psl.
... Show how observations on freely falling bodies might furnish data for comparing the dyne with the weight of one gram . 2. ( a ) Explain why a force must be applied to a body in order that it shall move in a circular path at uniform ...
... Show how observations on freely falling bodies might furnish data for comparing the dyne with the weight of one gram . 2. ( a ) Explain why a force must be applied to a body in order that it shall move in a circular path at uniform ...
psl.
... Show that the radius of gyration of any uniform right prism , about a line perpendicular to its axis and through the middle point of that axis , is equal to the sum of the radius of gyration of the axis of figure plus that of the ...
... Show that the radius of gyration of any uniform right prism , about a line perpendicular to its axis and through the middle point of that axis , is equal to the sum of the radius of gyration of the axis of figure plus that of the ...
psl.
... may be drawn ? C. Electricity . 9. Show that the magnetic intensity at a point along the line of the axis of a bar magnet , r cm . from its centre , is magnet ( r is large compared with the length of 4. (a) Show that there are two points ..
... may be drawn ? C. Electricity . 9. Show that the magnetic intensity at a point along the line of the axis of a bar magnet , r cm . from its centre , is magnet ( r is large compared with the length of 4. (a) Show that there are two points ..
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Bibliografinė informacija
| Pavadinimas | Examination Papers |
| Autorius | Queen's University (Kingston, Ont.) |
| Išleista | 1914 |
| Originalas iš | Harvardo universitetas |
| Pakeista skaitmenine forma | 31 gegužės 2007 |
| Eksportuoti šaltinį | BiBTeX EndNote RefMan |