Engineering, 03.12.2021 23:40 ramenbates81
For a very rough pipe wall the friction factor is constant at high Reynolds numbers. For a pipe of diameter D1 the pressure drop over the length is p1. If he diameter of the pipe is then reduced to one-half the original value what is the relation of the new pressure drop p2 to the original pressure drop p1 at the same mass flow rate
Answers: 3
Engineering, 04.07.2019 18:10
An air conditioning system consist of a 5 cm diameter pipe, operating at a pressure of 200 kpa. the air initially enters the pipe at 15°c with a velocity of 20 m/s and relative humidity of 80%. if the heat supply throughout the process is 960 w, determine the relative humidity and the temperature at the outlet
Answers: 3
Engineering, 04.07.2019 19:10
How to increase the thermal officiency of an ideal simple rankino cycle? among these methods, which one is the best and why?
Answers: 2
Engineering, 04.07.2019 19:10
Estimate the change in specific internal energy au and specific enthalpy h from inlet to outlet for ethylene glycol (a liquid) flowing through each of the following devices: (a) a heat exchanger where the glycol temperature increases from 20 °c to 80 °c; (b) a pump operating at about 25 °c and increasing the glycol pressure from 100 kpa to 8 mpa.
Answers: 2
Engineering, 04.07.2019 19:10
Acircular aluminum shaft mounted in a journal is shown. the symmetric clearance gap between the shaft and journal is filled with sae 10w-30 oil at t 30°c. the shaft is caused to turn by the attached mass and cord. develop and solve a differential equation for the angular speed of the shaft as a function of time.
Answers: 2
For a very rough pipe wall the friction factor is constant at high Reynolds numbers. For a pipe of d...
English, 31.01.2020 10:02
Mathematics, 31.01.2020 10:02
Business, 31.01.2020 10:02
Mathematics, 31.01.2020 10:02
Mathematics, 31.01.2020 10:02
Mathematics, 31.01.2020 10:02
Social Studies, 31.01.2020 10:02
History, 31.01.2020 10:02
Biology, 31.01.2020 10:02
Arts, 31.01.2020 10:02
Chemistry, 31.01.2020 10:02