force exerted by the seat. The calculated maximum bearing stress in the hinge pin was 23,252 psi which is less than the 30 ksi yield stress allowed by ASME-Section III. Operability of the valve is assured by using a faulted loading combination and the stresses falling within material allowables for service level A. Pin deflection is negligible.

Opening Force. The opening force requirements are the same for both the 2009 edition of ICC A117.1 – Accessible and Usable Buildings and Facilities (Section 404.2.8), and the 2010 Americans With Disabilities Act Standards (Section 404.2.9). The maximum opening force for interior hinged doors is 5 pounds.

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Calculate the mechanical gain of the pedal arm and front sprocket. Since the pedal arm represents an effective radius of seven inches, it is longer than front sprocket's pitch radius = 8.281 inches/2 = 4.1405 inches, so the force on the chain is 7 inches/4.1405 inches = 1.69 times pedal force. Apr 18, 2019 · Force is the "push" or "pull" exerted on an object to make it move or accelerate. Newton's second law of motion describes how force is related to mass and acceleration, and this relationship is used to calculate force. In general, the greater the mass of the object, the greater the force needed to move that object.

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    Calculate or find: a) Mass of the ball. b) Average force exerted on the ball. 19. (b) Show by calculation which measurement contributes the largest percentage uncertainty in the final value of the average force of the ball. (c) Express your numerical answer to (a) (ii) in the form Average Force ± Absolute Uncertainty. Thus, most structural engineers will use a beam analysis tool to calculate moments and shear. A simple one is given below (uses Adobe Flash). The tool can generate the moment and shear diagram, and give support reactions. For Android mobile devices, "Beam HPC" calculator, can be downloaded at Google Play.

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    Problem 4.6 The force F D 8 kN. What is the moment of the force about point P? F x y (7, 2) m (3, 7) m (3, 2) m (8, 5) m P Solution: The angle between the force F and the x axis is Q ˛ D tan 1 5/4 D 51.3° The force can then be written F D 8kN cos˛i sin˛j D 5.00i 6.25j kN The line of action of the j component passes through P, so it exerts ...

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    As a rule the Hinge Force is unknown and we cannot calculate it without applying Newton’s Laws. • One of the ways we tackled the Hinge Force in class is to to represent it as two orthogonal components. H H and H V corresponding to horizontal and vertical components of the Hinge Force respectively. (a) Calculate the magnitude and direction of the force on each foot of the horse in Figure 9.32 (two are on the ground), assuming the center of mass of the horse is midway between the feet. The total mass of the horse and rider is 500kg.

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