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A: ◆ The mean effective pressure: 562.94 kPa. ◆ The indicated power developed by the engine is 4.10 kW.…
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A: Tw=400Chr=25 W/m2kTa=400Chi=25 W/m2kT∞=25Cho=25 W/m2kkB=0.08 W/mkkA=0.15 W/m-kLA=2LB To-Find:-…
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- This is a question from Sustainable Energy 2nd Edition by Richard Dunlap: If a high head hydroelectric facility is considered to be carbon free, what is the annual reduction in CO2 emissions for a 1000 MWe hydroelectric station compared to a 1000 MWe coal-fired station operating at 38% efficiency? Assume both stations have a 70% capacity factor.If the vector sum of the external force on a system is zero, the total linear momentum of a system is; a.)Changes abruptly b.)Maximizes c.)Remains constant d.)Becomes zero States that "for a horizontal flow of a fluid through a pipe, the sum of the pressure and the kinetic energy per unit volume of the fluid is constant." a.)Ideal fluid principle b.)Bernoulli's principle c.)Pascal's principle d.)Archimedes principleThis is from Chapter 10 of Sustainable Energy second edition by Richard Dunlap Two locations have the same average wind velocity. Location A has a constant wind velocity of 10 m/s, while Location B has a wind velocity of 5 m/s for 12 hours per day and a wind velocity of 15 m/s for 12 hours per day. Compare the total energy produced per day for identical wind turbines at the two locations. The energy is given by the formula E = 0.5*(air density)*(efficiency)*velocity^3*(Turbine area)*time. Keep the answer in terms of (efficiency)*(Area). **Also is v average velocity or regular, non-average velocity?***
- Problem 15.6 Solve the given problem: A Laser doppler velocimeter was used to determine the velocity of the water flow in an open channel whose cross section is a triangle with a base of 0.532 m and a depth of 0.444 m. If the velocity of the water flow is 8.97 m/s, determine the mass flow rate in kg/sWater enters through a 500 mm diameter inlet pipe under a pressure of 15 kPa. It leaves through a 1000 mm diameter exhaust pipe with a pressure of 5 kPa. If the center of the outlet pipe is 3 m above the center of the inlet pipe and 500 L/sec of water passes a motor or pump. Which of the following most nearly gives the specific gravity of the block? a. 1.6320 b. 0.6814c. 0.3196 d. 1.3186The following particulars apply to an inclined belt conveyor: Length of conveyor (loading end to discharge end): 100 mSpeed of belt: 1,5 m/sAngle of wrap around driving pulley: 220 degreesCoefficient of friction between belt and driving pulley: 0,3 Mass of rock conveyed (mass flow rate): 300 t/hThe discharge end is 22 m higher than the loading end. The total friction is equivalent to a force of 6,5 kN in the belt at the head pulley. The efficiency of the drive is 90%. 4.2.1 Calculate the power of the motor. 4.2.2 Calculate the minimum tension in the slack side of the belt as it leaves the driving pulley
- At a particular hydroelectric power station water flows at a maximum rate of 155 cubic meters per second, falling a distance of 444 meters. The power station's maximum power output is 450 MW. Estimate the efficiency of the power station (the maximum power output as a percentage of the total energy released by the water falling 444 meters at maximum flow). Recall that 1 cubic meter of water is 1,000 kilograms and 1 kilogram of water falling 1 meter releases 10 Joules of energy. Enter your answer as a percentage and round your answer to the nearest 1%. For example if you compute as your answer 0.122 you should enter 12 (for 12%).24 - Water flows through a pipe network. The pressure, velocity, and altitude at a given point (point 1) are 140 kPa, 1.8 m/s, and 8 m, respectively. The pressure and velocity at point 2 are 156 kPa and 2 m/s, respectively. What is the height of point 2, given the friction effects are neglected? a) 6.33m B) 9.41m NS) 7.68m D) 1.42m TO) 1.03mInvestigate ornithopter introduction in the context of sustainability in environmental development.
- Principle of Linear Impulse and Momentum for a System of Particles To apply the principle of linear impulse and momentum to a system of particles. Integrating the equation of motion, as applied to all particles in a system, yields ∑mi(vi)1+∑∫t2t1Fidt=∑mi(vi)2 where mi is the ith particle's mass, vi is the ith particle's velocity, and Fi is the external force that acts on the ith particle. This relationship states that the sum of the initial linear momenta, at time t1, and the impulses of all the external forces acting between times t1 and t2 is equal to the sum of the linear momenta of the system, at time t2. If the system has a mass center, G, the expression becomes m(vG)1+∑∫t2t1Fidt=m(vG)2 This expression allows the principle of linear impulse and momentum to be applied to a system of particles that is represented as a single particle. Two blocks, each of mass m = 6.90 kg , are connected by a massless rope and start sliding down a slope of incline θ = 36.0 ∘ at t=0.000 s. The…Incompressible fluid flows with a velocity of 10 m/sec through a pipe of diameter of 1.5 m and cross-sectional area of 1.767 m^2 . At the end of the pipe, there is a well contoured circular body that makes an obstacle for the flow and lets the flow diverge into two paths each with the velocity of ?_2. Determine the ?_2 if the annular gap is 0.1 m? a)1000 m/sec b)none c)89.12 m/sec d)3 m/sec e)40.18 m/sec1) Interpret solar power in the context of environmental impact.2. What is the rigid dichotomy between windmill and diesel-driven pumps?3. For a normal windmill-driven pump at 3 m/s wind speed, the yield at a 10 m Head is typically 0.12 liters/s per m2 of rotor area, value windmills in the context of yield.