 | William Guy Peck - Calculus - 1877 - 238 pages
...direction is inclined to the direction of the motion. This force is called the deflecting force, and can be resolved into two components, one in the direction of the motion, and the other at right angles to it. The former acts simply to increase or diminish the velocity,... | |
 | Stephen Elmer Slocum, Edward Lee Hancock - Strength of materials - 1906 - 348 pages
...torsion. If the single force through the center of gravity is inclined to the axis of the beam, ifc can be resolved into two components,— one in the direction of the axis, called the axial loading, and the other perpendicular to the axis, called the shear. 38. Common theory... | |
 | Stephen Timoshenko - Mechanics, Applied - 1928 - 390 pages
...equation of motion the principle of angular momentum will be applied. The momentum of the moving mass W/g can be resolved into two components, one in the direction of the string OA and another in the direction perpendicular to OA. In calculating the angular momentum about... | |
 | Dr. R.K. Bansal - Fluid mechanics - 2007 - 826 pages
...direction of n] HYDRAULIC TURBINES AND PUMPS PLATE Fig. 5.2. Jet striking stationary inclined plate. This force can be resolved into two components, one in the direction of the jet and other perpendicular to the direction of flow. Then we have, Fx = component of Fn in the direction... | |
 | William Guy Peck - Calculus - 1870 - 244 pages
...direction is inclined to the direction of the motion. This force is called the deflecting force, and can be resolved into two components, one in the direction of the motion, and the other at right angles to it. The former acts simply to increase or diminish the velocity,... | |
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This force is called the deflecting force, and can be resolved into two components, one in the direction of the motion, and the other at right angles to it. 