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- For the frame and loadings shown P=2240 KN, and F=1120 magnitude of verticalreaction at E magnitude of verticalreaction at A magnitude of verticalreaction at CFind the following: - Righting Moment - Overturning Moment - Factor of Safety Against Sliding - Factor of Safety Again Overturning Given: μ = 0.6 γ = 23.50 kN/m^3 b1 = 1.60 m b2 = 4.00 m h1 = 10.00 m h2 = 8.00 mThe resultant of the three concurrent forces acting on the eyebolt is the force R = 1000 kN along the positive y-axis. a. Determine the angle ɵ that specifies the direction of the 900kN force.b. Determine the magnitude of the force P.c. If the magnitude of P = 200 kN, what is the value of angle ɵ
- An elevated water tank weighs 3000kN when filled with water, the centroid of the mass being at a height of 9 meters from ground. The horizontal spring factor for the tank tower is 15 kN/mm. Determine the shear force generated at the base of the water tank tower by horizontal seismic inertia force. Assume the ground motion has a period of 2.0 sec and maximum acceleration of 0.15gA heavy cable with a mass of 12 kg/m passes over the two fixed pipes 300 m apart on thesame level. One end supports a 1600 kg cylinder. It is found experimentally that a downwardforce P of 60 kN is required to induce slipping of the cable over both pipes at a constant rate.Determine the coefficient of kinetic friction between the cable and the pipes, the maximumtension T in the cable between the pipes, and the sag h in the cable.Dam is concrete gravity dam that impounds water both on the upstream and down stream sides. if the coeffient of friction between the base and the dam is 0.34, determine the following: 1. total vertical reaction in kN 2. total horizontal reaction in kN 3. factor of safety against sliding 4. factor of safety against over turning 5. if the hydrostatic uplift varies linearly from 0 at the heel to zero at the toe, determine the foundation pressure.
- I WILL RATE! 1. What is the Horizontal Reaction at A? A. 0 B. 10 kN (to the right) C. 10 kN (to the left) D. 5 kN (to the left) 2. What is the Vertical Reaction at A? A. 11.67 kN upwardsB. 20.33 kN upwardsC. 32 kN upwardsD. 8 kN downwards 3. What is the Vertical Reaction at H? A. 20.33 kN upwardB. 11.67 kN upwardC. 32 kN upwardD. 8 kN downward 4. What is the Vertical Deflection at F? A. 2.74 mm downwardB. 0.42 mm downwardC. 0.36 mm upwardD. 1.17 mm upwardIf mu = 0.30 under both blocks and A weighs 400 lb, find the maximum weight of B that can be started up the incline by applying to A a rightward force P of 500 lb.How do you get the reactions of both supports (Show solutions) Location: 0 (m), Force Reaction = -65.2387 (kN)Location: 3.6 (m), Force Reaction = -105.7613 (kN)Location: 3.6 (m), Moment Reaction = 82.8406 (kN-m)
- 3. The body on the incline is subjected to the vertical and horizontal forces shown. Find the components of each force along X-Y axes oriented parallel and perpendicular to the incline.If the equivalent single force of the system is 300 kN acting up along the y-axis, determine the magnitude and direction of F2 and its direction if F3=255 N and F1=477.44 N and α=60°.An unbalanced vertical force of 60lb upward accelerates 1.55ft3 of water. If the water is 3ft deep in a cylindrical tank, which of the following most nearly gives the force acting on the bottom of the tank?