electronic psychrometric plotting program, let’s consider atmospheric conditions at sea level with a dry bulb temperature (Tdry bulb ) of 23˚C and a relative humidity (RH) of 30%. Plot this state point on the pyschrometric chart available in PsycPro software. Use PsycPro to determine the following: a. Wet bulb temperature (WBT) of the air b. Dew point temperature (DPT) of the air c. Humidity ratio (specific humidity) d. Enthalpy e. Specific volume of the air (i) Provide the values for the about parameters as found from the pshchrometric chart (ii) Provide a screenshots of your completed PsycPro chart with the following: a) values of above different parameters and b) with the above plotted state point (two screenshots) Instructions for using PsycPro can be found on the course Moodle. You can verify your answers using another online psychrometric program or a paper chart, if you wish.

What is meant by the mechanical and thermal efficiency of a car? Demonstrate if both of these would be
100% in an ideal scenario?

write a Fortran 77 language code for vapour absorption air source water heat pump producing 70k temperature

Cold water inside / outside diameter in the same axis two pipe heat exchanger used as engine oil cooler
It enters the 25/30 mm steel pipe at a temperature of 15 degrees at a speed of 0.5 m / s, Take off at a temperature of 25 degrees.Hot oil, on the inside / outside diameter of 40/46 mm steel pipe, at a temperature of 60 degrees with a speed of 0.25 m / s.
enters.it is desired to cool the oil 5 degrees, according to this :
A)Find pipe length for parallel flow?
B)Find the pipe length for reverse flow. Examine the results
C) Calculate the pressure loss of the oil and the required pump power in reverse flow.

which sensor can find and fix the problem when the engine runs erratically and how do I know if it is good or not? Also, the components in the engine how do I change it?

Consider a system in any suitable reference plan for which the Generalized forces Qj transformed to Fr, rFθ and what will be the total Kinetic energy for that system.

Lets say that we are testing an engine that produces 17 kW of power. As this engine is operating, it absorbs 95 kW of heat from the surrounding air at 17 C. The air is then exited from a combustor into a room at 20 C.

What is the reversible power?

Group of answer choices

-32.9 kW

32.9 kW

5.882 kW

-5.882 kW

Refrigerant 134a, initially (state 1) a saturated liquid at -80C, is contained in a piston-cylinder assembly. The water undergoes a process to the corresponding saturated vapor (state 2), during which the piston moves freely in the cylinder. The change of state is brought about by heating the water as it undergoes an internally reversible process at constant pressure and temperature. If the mass of the refrigerant is 0.1 kg, determine (a) heat transfer using first law of thermodynamics in kJ and (b) heat transfer using second law of thermodynamics in kJ.

Air passes through a jet engine nozzle operating at steady state. The flow at the nozzle inlet has a temperature of 900° F. The nozzle inlet has an area of 5 ft2. The flow at the nozzle outlet has a temperature of 875° F, a specific volume of 90 ft3/lb, and a velocity of 600 ft/s. The nozzle outlet has an area of 2 ft2. Model the air as an ideal gas with constant specific heats. Evaluate the specific heats at 900° F. Assume the nozzle is well insulated and neglect potential energy changes. Determine the velocity in ft/s and specific volume in ft3/lb of the flow at the inlet.

A gas turbine expands air adiabatically at 1000 kPa and 550 ⁰C to 120 kPa and 130⁰C. Air enters the
turbine through a 0.25 m
2 opening with an aveage velocity of 45 m/s, and exhausts through a 1 m2
opening. Assume the air is ideal gas with constant specific heats. Take the constant pressure specific
heat and gas constant of air as Cp= 1.05 kJ/(kg K) and R=0.287 kJ/(kg K), respectively. Determine;
(a) the mass flow rate of air through turbine and
(b) the power produced by the turbine.