Q) Two liquid storage systems are shown in the figure below .Each tank is 4 feet in diameter.For system I,the valve acts as a linear resistsnce with the flow-head relation q=8.33h ,where q is in gal/min and h is in feet. For system Il,variations in liquid level h do not exit flow rate q.Suppose that each system is initially at steady state with =6 ft and =50 gal/min and that at time t=0 the inlet flow rate suddenly changes from 50 to 70 gal/min.For each system,determine the following information: a)The transfer function H(s)/Qi(s). b)The transient response H(t). c)The new steady state levels. d)lf each tank is 8 ft tall,which tank overflows first?when? Note:(1 gal/min=0.1337ft:/min) System I System Il

Q: Bernoulli equation Can you please share your steps, thank you

A: V2​=17.94sft​Explanation:Step 1: Step 2: Step 3: Step 4:

Q: 1.1. A process liquid is pumped from a storage tank (P1) to a distillation column (P2) using a…

A: The Total Dynamic Head (TDH) is the total equivalent height that a fluid is to be pumped, taking…

Q: water at 20 c is being delivered from pump through a coaxial annular smooth at a rate of 0.91…

A:

Q: 1. Water at 20°C and a steady-state rate of Q = 0.050 m³/s is flowing through a reducing pipe bend…

A: The temperature of water flowing through a reducing pipe, T = 20°C Steady-state volumetric flow rate…

Q: 1. A cylindrical tank (see right figure) is sitting on a platform that in turn rests on absolutely…

A:

Q: Please do a,b,c

A: (a)   The variables which are used to define the state of a system is known as state variables.…

Q: A nozzle is a device that is used to increase the velocity of a fluid by varying the cross-sectional…

A:

Q: 1. A national park is to provide water at a flow rate of Q = 200 gpm and a minimum pressure of 40…

A:

Q: Derive the dynamic mass balance equations for the following two simple cases. Assume (i) a linear…

A: This is a system of two first order system connected in series. The cases are interacting and non…

Q: Air enters an electric furnace at 100 kPa and 28°C with a volume flow rate of 22 m/min. At the exit…

A: Given that :At entering P1  =100KPaT1   =28 C  =28+273.15 = 301.15 KQ = 22 m3minAt exit P2  = 100…

Q: 5. A nozzle with a 90° bend is seen below and contains a fluid with p = 1,140 kg/m³. The inlet…

A: The objective of the question is to determine the forces in the x and y directions required to keep…

Q: 33. Viscous flow in a plunger-M. A tube of diameter D = 2.0 cm and length L = 100 cm is initially…

A: Given data: Diameter of tube = 2 cm Length = 100 cm Density of the fluid = 1 g/cm3 Viscosity of the…

Q: Water is pumped from a reservoir to a tank suspended 20 m above the reservoir. The water flows…

A: Water is pumped from a reservoir to another reservoir at 20 m height. Both the reservoirs are open…

Q: Liquid isobutane at T=160 °F and pressure P=500 psia with a flow rate of m = 1000 lbmol/hr is sent…

A:

Q: Water is flowing through a horizontal 6 in. Schedule 40 mild steel pipe at 1 atm and 25°C. The…

A: Given:The roughness factor, The inside diameter, The length of the pipe, The inlet pressure, The…

Q: 2. A balanced-bellows spring operated relief valve is installed on the discharge side of PD pump I…

A:

Q: 3. Chapter 4: Water is steadily flowing through a three-way connector in the Figure. It enters the…

A:

Q: P.15.5 Water (sp. gr = 1) is pumped through a heat exchanger and control valve. At normal…

A: Given - At normal conditions, the flow rate is.. pressure drop across the control valve at normal…

Q: P.15.8 Water is pumped through a heat exchanger and control valve. At maximum conditions, the…

A: Given, maximum flow rate isFractional opening flow area at normal condition is Relation between flow…

Q: 12 inch ID gas pipeline carries methane at a rate of 20,000 scfm.  The gas enters the line at a…

A: Given : Inner diameter of the pipe Methane flow rate Inlet pressure Average temperature