 | Sidney Luxton Loney - 1891 - 318 стор.
...half its weight; at what inclination to the vertical will the rod rest ? 3. A rod AB, hinged at A, is supported in a horizontal position by a string BC, making an angle of 45° with the rod, and the rod has a mass of 10 lbs. suspended from B. Neglecting the weight of the rod, find the tension... | |
 | William Briggs, George Hartley Bryan - 1894 - 254 стор.
...at an angle of 60° to the horizon, find the reaction of the table and the tension of the string. 8. A rod AB is hinged at A, and supported in a horizontal...angle of 45° with the rod. The rod has a weight of 10 Ibs. suspended from B. Find the tension in the string and the force at the hinge. The weight of the... | |
 | Sir Philip Magnus (bart.) - 1896 - 408 стор.
...any poitt in the edge of the table, will just cause it to overturn. — Ib. Jane 1888. 28. A rod AH is hinged at A, and supported in a horizontal position...angle of 45° with the rod. The rod has a weight of 10 Ibs. suspended from B. Find the ' tension ' in the string and the force at the hinge. The weight of... | |
 | Sidney Luxton Loney - 1907 - 332 стор.
...its weight ; at what inclination to the vertical will the rod rest ? 3. A rod Allt hinged at At is supported in a horizontal position by a string BC, making an angle of 45° with the rod, and the rod has a mass of 10 Ibs. suspended from B. Neglecting the weight of the rod, find the tension... | |
 | Sidney Luxton Loney - 1905 - 332 стор.
...is iorizontal force acting at the weight ; at what inclination 3. A rod AB, hinged at A, is supportW in a horizontal position by a string BC, making an angle of 45° with the rod, and the rod has a mass of 10 Ibs. suspended from B. Neglecting the weight of the rod, find the tension... | |
 | Percey Franklyn Smith, William Raymond Longley - 1910 - 312 стор.
...angle of equilibrium does not depend on the magnitude of the weight attached to the rod. PROBLEMS 1. A rod AB is hinged at A and supported in a horizontal...a string BC making an angle of 45° with the rod. A weight of 10 Ib. is suspended from B and the weight of the rod may be neglected. Find the tension... | |
 | David V. Wallerstein - 2002 - 428 стор.
...virtual work, determine the equation of equilibrium and the deflection of point C. 3.13 A rigid bar AB is hinged at A and supported in a horizontal position by two identical vertical wires at C and D as shown in Fig. 3.65. The stressstrain law for the wire is... | |
 | M. M. S. ANAND - 2004 - 1344 стор.
...the cylinder is: 1559-°9 SL = eL = \-\ Er 2xl06 X30 = 0.0234 cm = 0.234 mm (Ans.) P-16.2 A rigid bar AB is hinged at A and supported in a horizontal position by two identical vertical steel wires as shown in Fig. P-16.2(a). Find the tensile forces S\ and S, induced... | |
 | Sidney Luxton Loney - 1953 - 346 стор.
...half its weight; at what inclination to the vertical will the rod rest ? 3. A rod AB, hinged at A, is supported in a horizontal position by a string BC, making an angle of 45° with the rod, and the rod has a mass of 10 lbs. suspended from B. Neglecting the weight of the rod, find the tension... | |
 | 650 стор.
...half its weight; at what inclination to the vertical will the rod rest ? 3. A rod AR, hinged at A, is supported in a horizontal position by a string BC, making an angle of 45° with the rod, and the rod has a mass of 10 Ibs. suspended from B. Neglecting the weight of the rod, rind the tension... | |
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BC, making an angle of 45° with the rod, and the rod has a mass of 10 lbs. suspended from B. Neglecting the weight of the rod, find the tension of the string and the action at the hinge. 4. A uniform heavy rod AB has the end A in contact with a smooth... 