For the fow rate of 20 liters per minute using the data sheet of the valve. Find the pressure drop. Hint: using orifc formala. Energized 32 cSt/150 sus ol at 40°C 6.100 5.5/00 4.1/60 2./40 1.420 15.1 FLOW Ipm opm PRESSURE DROP berps

In a diesel engine the fuel is injected at 6.5% of the stroke. The clearance volume is 10% of the stroke. Find the cut off ratio.

Question: Please compute the compression ratio of an engine that has a bore of 5 inches and a stroke of 5 inches when the volume at the combustion chamber is 16.36 cubic. in. with the piston at TDC.   Please provide a complete solution. Thak you!

20 cn. During Problems: ) A GO cm vonturi has a a 10 min. tcst it discharged G10 cu pressure head at throot of with and throat diameter a meon at the water the large section of 34 a negative pressure corresponding to 26 trie metor coefficient- an of mercury. Corpute P. as shon. o is floning upivard through a vanturi meter Assume a di schorge cocfficient of rate O. 984. What is the of flow of the oil ? (solution at the back of page 24) S0 mm -200 mm foi (o 02) Elycerine (1. 26)

Match

5 and 6 pleeeasee

Please solve Sub parts A,B,C im needed max in 60 minutes thank u, im very needed the solve 1) Air enters the compressor from a Brayton cycle at a pressure of 100 kPa, temperature27oC and a volumetric flow rate of 1A m3/s. If the turbine inlet temperature is 11ACoC and the ratiopressure (B, 1A)*. If the Compressor Efficiency is 8A% and the turbine efficiency is 9B%. Define : A. From the simulation results, show the p-v or T-s diagram of each case study on B. Complete Compressor Power (kW), Turbine Power (kW), Net Work (kW), Heat In(kW), Net Heat (kW), Back work ratio, Thermal Efficiency (% No  Description Pressure ratio=B Ratiopressure=1A 1  Compressor Work (kW)     2  Turbine Work (kW)     3  Net Work (kW)      4  Heat In (kW)     5  Net Heat (kW)     6  Back Work ratio      7  Thermal Efficiency (%)     Attach below is the data from the cyclepad simulation in the form of a cycleproperties (if no answer…

Pr. 1 Given a 4" x 2" x 20" cylinder. The Relief Valve is set for 2,000 psi. We are using a 10 GPM pump. a. What is the maximun force capability of this cylinder on extension in this setup? b. What is the maximum force capability of this cylinder on retraction in this setup? c. What is maximum velocity of the cylinder on extension? d. What is the maximum velocity of the cylinder on retraction? e. What is the maximum Hsp of the cylinder on Extension?

The seasonal energy efficiency ratio (SEER) includes the energy used in the _____and _____cycles.

Two types of relief valves are_______and ______.