Determine: (i) pressure at C [-31.86 kN/m²] (ii) input power to motor [2.2.kW]

Q: Consider water transfer between two larger storage tanks. Lower tank water surface 10 m lower than…

A: Given data: Discharge (Q)=1m3s One storage tank is 10 m higher than the other. Let Z1 is the…

Q: Determine for the following heat engine a) The thermal efficiency n b) The maximum thermal…

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Q: Velocity, v [m/s] (0,vo) Number Time, t [s] m (t₁, V₁) Given the above figure, where = 3 m/s, v₁= 5…

A: For the solution refer below images.

Q: A six-liter, eight-Cylinder, four- Stroke cycle SI Ice car engine operates at 6000 RPM using…

A: Given, Four stroke n = 2 Volume Vd = 6 litre = 0.006 m3 N = 6000 rpm m˙f=0.198 kg/s

Q: L . A heat generating slab with thermal conductivity of k [W/m-K] and heat generation rate d" [W/m³]…

A:

Q: 1500 W of power is input into a fluid with mass 15 kg and specific heat capacity of 3.2 kJ/[kg K].…

A: Power(P)= 1500 Watts m= 15kg CP=3.2 kJ/kg k Required: heat rate

Q: 1. A flat plate is supplied with a constant heat flux of 100 [W/m²] from bottom. The plate has 0.5m2…

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Q: Saturated liquid water at 35[bar] undergoes an ideal throttling process to 10[bar]. The quality of…

A: According  to the given dataP1=30 barP2=10 barProcess 1 to 2 is a throttling process.We need to…

Q: A motor has circular cylinders with a 3.875 inch diameter. The height of the cylinder is 4.7…

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Q: 1 Please answer the best you can.

A: Transfer Function P(s)=F(s)V(s)​=ms+b1​Time constant 0.0286Terminal Velocity at maximum traction…

Q: A bar is pinned to ground at its O with the bar rotating clock-wise at a constant rate of…

A: Given: Ω=8.9[rad/s] Vp=9.7 [ft/s] h=4.7[ft] rA/O=1.2[ft] To find: J^ component of v¯A? J^ component…

Q: its throat, which can suck water from a deposit located under it. Assuming permanent flux with no…

A: Given data  D1= 15 mm D2= 37mm h= 163mm Pa= 101325kPa. find the velocity at throat (V1).

Q: A weather balloon is filled with dintomic Hydrogen(H,) Given : Volume [V]= 4.19m3 density [P] =1,25…

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Q: Problem 3. Using the T-s chart complete the following table of thermodynamic properties for water.…

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Q: In an expansion phase for an existing system Engineers determined that they need Q=1.20 [m^3/s] of…

A: Given Data: Q=1.2 m3/shA=55 mhB=80 mL=1500 mf=0.015Kinlet=0.5kvalve=5.5kbend=0.3kexit=1   To Find:…

Q: Velocity, v [m/s] (0,vo) Number Time, t [s] m (t₁, V₁) Given the above figure, where = 2 m/s, v₁ = 3…

A: For the solution refer below images.

Q: _m[kg] 4/₂ [m] 21 SHE Снием m= 42кд I B L[m] 15⁰ A If AB and CB is taken as 1.1 [m]. Find The moment…

A: Write the given data. m=42 kgAB=BC=0.305 mL=1.1 m

Q: You have 4 springs, one each 3.5, 6, 8.5, 11 newtons per meter.  How close an equivalent stiffness…

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Q: I want you to determine the forces between BC,CF and EF on the picture

A: Answer is in the Explanation Explanation:

Q: A pickup truck has a five-liter four stroke cycle, V6, SI engine operating at 2400 RPM. The…

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Q: Point Pressure [N/m²]Volume [m³] Temperature [K] A 1.05 x 105 0.010 300 B 1.85 x 105 0.010 529 1.85…

A: From the given cycle, AB: - Heat added to the cycle, BC: - Work done by the cycle, CD: - Heat…

Work and Heat Transfer

It is generally related to thermal engineering which tells about the use, creation, conversion and transfer of heat energy between the systems. It is also considered that to transfer heat from one source to another, transfer of masses is also required. There are various mechanisms by which, transfer of heat takes place i.e. thermal conduction, convection, radiation or by change of phase. All these mechanisms have their own specific features which sometimes occur simultaneously within the same system.