Determine the exit velocity in fts and the exit temperature

Assignment Help Mechanical Engineering

Reference no: EM13627002

Steam at 500 lbf/in^2, 500 F enters a well insulated valve operating at steady state with a mass flow rate of .11 lb/s through a 1 in diameter pipe. The steam expands to 200 lbf/in^2 with no significant change in elevation. The expansion is not necessarily a throttling process. Determine the exit velocity, in ft/s, and the exit temperature, in degrees F, if the ratio of inlet to exit pipe diameters, d1/d2, is 0.64.

Reference no: EM13627002

Questions Cloud

If n7 and 35 what is the probability of the : if n7 and ? .35 what is the probability of the following?a. x6b. x ?5c. x less than 4d. x is greater than

A fighter jet is launched from an aircraft carrier with the : a fighter jet is launched from an aircraft carrier with the aid of its own engines and a steam-powered catapult. the

A what are the control limits for x-bar control charts with : a what are the control limits for x-bar control charts with alpha 0.002 probability limit and sample size of 4?b

Why does a homogeneous isotropic material such as cast : why does a homogeneous isotropic material such as cast iron fail in torsion at 45 degrees while long bone is expected

Determine the exit velocity in fts and the exit temperature : steam at 500 lbfin2 500 f enters a well insulated valve operating at steady state with a mass flow rate of .11 lbs

For a parallel structure of identical components the system : for a parallel structure of identical components the system can succeed if at least one of the components succeeds.

In addition friction does -250 j of work on him in both : a 55.9-kg skateboarder starts out with a speed of 1.83 ms. he does 98.3 j of work on himself by pushing with his feet

A system of equivalent mass 30kg has a natural frequency : a system of equivalent mass 30kg has a natural frequency of 120radsec and damping ratio of 0.12. the system is subject

Using the ideal gas model for air and assuming isothermal : a rigid tank initially evacuated develops a small hole and air slowly leaks in from the surroundings at a mass flow

User Account

All Pages