Fresh water is obtained from seawater at a rate of 0.5m3/s by a desalination plant that consumes 3.3 MW of power and has a second-law efficiency of 18 percent. Determine the power that can be produced if the fresh water produced is mixed with the seawater reversibly.

What is electrolysis and state its industrial application : What is electrolysis and state its industrial application |

Determine the second-law efficiency of this plant : The salt content of the fresh water is negligible, and the amount of fresh water produced is a small fraction of the seawater used. Determine the second-law efficiency of this plant. |

What is the rate of reaction : What is the rate of reaction and state conditions affecting rate of reaction |

What is chemical eqillibrium : What is chemical eqillibrium and state the factors that affect the chemical equllibriunm |

Determine the power that can be produced : Determine the power that can be produced if the fresh water produced is mixed with the seawater reversibly. |

State the properties of copper : State the properties of copper that make it suitable to be used as wiring of electrical circuits |

Does the patriot act infringe on american citizens : Do you feel that the Act has enhanced information sharing between the U.S. law enforcement and intelligence communities? Why or why not? |

Industrial production of copper : What is the role of blister copper during industrial production of copper |

Diffrentiate between hydrocarbon and isotopes : Diffrentiate between hydrocarbon and isotopes and give the general formulas of alkanes,alkenes and alkynes |

## Calculate the work done by the steam during this processA mass of 5 kg of saturated water vapor at 300 kPa is heated at constant pressure until the temperature reaches 200°C. |

## Calculate the density of air flow ate sections 1 and 2Air flows steadily between two sections in a long, straight portion of 4 in. inside diameter pipe (D1=D2). The uniformly distributed temperature and pressure at each section are p1=100psia, p2=18.4psia, T1=540 R and T2=453 R. |

## Determine the slope angle at which failure would occurA cutting 9 m deep is to be excavated in saturated clay of unit weight 19 kN/m3. The design shear strength parameters are cu = 30 kN/ m2 and fu = 0. A hard stratum underlies the clay at a depth of 11 m below ground level. |

## Ensure that the maximum tractive effort developed for fronthow far back from the front axle would the center of gravity have to be to ensure that the maximum tractive effort developed for front- and rear- wheel-drive options is equal (assume that all other variables are unchanged) |

## Determine at what ocean level h will the gate first openGate AB is 4m wide into the paper and opens to let fresh water out when the ocean tide is dropping. The hinge at A is 0.50m above the freshwater level. At what ocean level h will the gate first open |

## Determine the acceleration of an air particle on the x-axisThe velocity of flow toward the sphere along the longitudinal axis is found to be u = - U0 (I - r~/_xl), where r0 is the radius of the sphere and x the distance from its center. |

## Find the minimum theoretical wall thicknessA flow of 600cfs is measured at a depth of 3.4 ft in trapezoidal channel with bottom width of 25ft and side slopes of 3:1(h:v). The channel reach has a slope of .002. Estimate the channel roughness. |

## Determine the dimensions of the best hydraulic trapezoidalDetermine the dimensions of the best hydraulic trapezoidal concrete channel section to convey water at a rate of 2200 gal per min on a channel slope of 0.015 m/m. |

## Explain lift charts in direct marketingLift Charts in direct marketing, The mass-mailing business is often used to illustrate the use of lift charts. Another real world application where the lift charts can be used |

## Compute the seepage velocityCompute the seepage velocity and estimate the hydraulic gradient in the aquifer if the porosity of the soil is 42%. |

## Determine the change in specific enthalpy of the argonArgon gas is heated in a constant pressure process from 20.0 to 500.°C. Assuming ideal gas behavior, determine: a. The ratio of the final to initial volumes. b. The change in specific internal energy. c. The change in specific enthalpy of the argon. |

## Find probability at least one inquiry is made during the secThe number of teleport inquires x in a time sharing system average .2 millisecond and follows a Poisson distribution. Find the probability at least one inquiry is made during the next millisecond. |

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd