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Design a nonslender circular column with six vertical rebars and circumferential rebar cage, subjected to a factored ultimate loading Vu = 3.78 × 106 N.
The section properties are: concrete, f ′ c = 27.57 MPa, diameter D = 500 mm; longitudinal steel reinforcement, As = 1, 406.72 mm2 , fy = 413 MPa; FRP, f ∗ fu = 3, 800 MPa, ε ∗ fu = 0.0167, tf = 0.30 mm.
Determine the magnitude of the force and its location on the circular gate shown. If it is hinged through its center, what moment must be applied at its axis in order to keep the gate closed?
a power plant is analyzed as a simple ideal rankine cycle with a boiler operating at 300 oc. steam leaves the boiler
If all other design inputs are standard, what must the driver's-eye height (in the van) be for the student's claim to be valid?
Determine the discharge of water at 15°C in a I-m-diameter pipe that is dynamically similar to a water velocity of 8 ds at 20°C in a 10-cm-diameter pipe.
Construct circuit in MultiSIM using calculated values for V1. Capture a screenshot that shows V1 and V2 on an oscilloscope XSC1. Submit calculations, MultSIM screenshot and MultiSIM circuit (.ms11) file.
Find the open-loop transfer function G(s) - Evaluate the minimum open-loop gain such that the steady-state error Δess does not exceed 1%.
(a) Determine the impulse response of an FIR lattice filter with parameters K1 = 0.6, K2 = 0.3, K3 = 0.5, and K4 = 0.9. (b) Sketch the direct form and lattice all-zero and all-pole filters specified by the K - parameters given in part (a).
Compare the major difference in the transient response of an observer to that of a controller. Why does this difference exist?
How fast will the driver be going when the stopped traffic is hit if the coefficient of rolling resistance is constant at 0.013? (assume minimum theoretical stopping distance and ignore aerodynamic resistance)
I a strong theoretical understanding of the mechanics of solar systems, particularly in the field of Heat Transfer. I designed and manufactured components, such as heat exchanger, manifold and storage tank
For the function F(w, x, y, z) = Σ(0, 1, 4, 5, 7, 10, 11, 13, 14, 15), Simplify the function using a K-map to form a sum of products. Draw a gate diagram implementing the SOP using NAND gates
For the purpose of this assignment, you are the chief information officer for the Stone Goose Company. This is your big chance to be the principle change agent in the Stone Goose Company and to propose a new social media policy to executive manage..
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