For a first order transfer function given below. Write the ultimate response to an input function X(t) = 5sint. Y(s)/X(s) = 1/1+s

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Q: Heat Transfer Question

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A: Given:- Mass flow rate m=15 lb/sOutter dia meter Do= 1 inch =0.0833 ftInlet Temperature = 70∘FOutlet...

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Q: Calculate the volumetric flow value of the oil flowing through the pipe, such as shown in the figure...

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A: Given: Cylinder bore: dB = 50 mm Stroke: LS = 75 mm Clearance volume: 21.3 cm3  

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A: a. The Rittinger's law is given as, E=Kr1Dsb-1Dsa        ........(1)Where,E=required energyDsb=Avera...

Q: A rigid 1 m3 tank contains water at 30 bar and 600 ° C which cools down to 200 ° C. If the environme...

A: Hello! There are multiple subparts to your question. We are answering the first three here. You are ...

Q: Sulfuric acid with a density of 1980 kg / m3 and a viscosity of 26.7 cP flows in a pipe with a diame...

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Q: please show work for question #3

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Q: One mole of an ideal gas at 27 ºC and 1.00 MPa pressure is expanded adiabatically to a final pressur...

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Q: Calculate the enthalpy change of 1 kg of water at 50 ° C to 170 ° C of saturated vapor, and determin...

A: Given, mass of water, m = 1 kg Initial temperature, T1 = 50 °C Final temperature, T2 = 170 °C

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Q: Necesito ayuda

A: Volume of N2 = 25 litres Pressure = 200 atm Dimension of laboratory = 5 * 5*3 m3  

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Q: 5. Given 2Cuo→204 +0 AH° = 314.6 kl a. Determine the heat of formation of Cuo. b. Calculate the stan...

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Q: an systems obeying a first-order transfer function (with no zeroes) khibit an oscillatory response t...

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Q: Give four challenges and suggest solutions for those challenges in Butterfly valve

A: Our objective is to write the challenges and the solutions for those challenges in butterfly valve.