A pump with a 25 cmrev and 1000 rpm supplies the following circuit. If the characteristios of the 50 cylinder are v-01 ms, piston diameter60mm, rod diameter- 25mm and friction factoe-2000 Nsm and the characteristics of the 100kg cylinder are v0.02 ms piston diameter diameter-30mm and friction factor-s00 Nsim. Determine the flow rate and pressure on each cylinder. wm, rod 100 kg 25cm locorem boky

A pump with a 25 cmrev and 1000 rpm supplies the following circuit. If the characteristios of the 50 cylinder are v-01 ms, piston diameter60mm, rod diameter- 25mm and friction factoe-2000 Nsm and the characteristics of the 100kg cylinder are v0.02 ms piston diameter diameter-30mm and friction factor-s00 Nsim. Determine the flow rate and pressure on each cylinder. wm, rod 100 kg 25cm locorem boky

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

A small model of a water pump has the ff. performance characteristics: D1 = 9in; N1 = 1760 RPM; Q1 = 562.5 GPM; BP1 = 15 hp If a larger model geometrically similar to the small pump is to be used to deliver kerosene (S.G. = 0.80) at 1200 GPM at speed of 1500 RPM, what is the required impeller diameter in inches for the larger pump?Continuing the previous question, what is the required brake horsepower for the larger model?
There are two double-acting pneumatic actuators, the extension of each one is executed in 5 seconds at 80 psi and recoil in 4 seconds at 30 psi, the travel of both is 12 inches, the diameter of the piston is dp = 4 "and of the rod dv = 1"a) Determine the compression ratios. The local atmospheric pressure is 79kpa = (11.5 psi)b) Determine the air consumption in cubic feet per minute of free air PCMc) Determine the average air consumption for each.d) Propose the regulation values of the pressure switch, system pressure and safety valve
A small model of a water pump has the ff. performance characteristics:D1 = 9in; N1 = 1760 RPM; Q1 = 562.5 GPM; BP1 = 15 hpIf a larger model geometrically similar to the small pump is to be used to deliver kerosene (S.G. = 0.80) at 1200 GPM at speed of 1500 RPM, what is the required impeller diameter in inches for the larger pump? what is the required brake horsepower for the larger model?
A double acting reciprocating pump running at 40 rpm is discharging 1.0 m3/ minute. The pump has a stroke of 400 mm. The diameter of the piston is 200 mm. The delivery and suction heads are 20m and 5m respectively. Find the slip of the pump and power required to drive the pump.
2.5-L bench scale bioreactor is used for the production of recombinant P64K protein from Neisseria meningitides. The dimensions for the bioreactor are Dt 12.9 cm, ratio Di/Dt = 1/3 and N = 700 rpm. With the scale up factor of 2.24, determine the impeller tip speed (m/s) for the pilot scale bioreactor based on constant impeller tip speed and constant power consumption per volume. Predict which scale up method might give a higher concentration of P64K, if the demand of dissolved oxygen plays an important role.
Pump has a displacement of 98400 mm. It delivers 91.2 Lpm of oil at 1000 rpm and efficiency is 81.7 %. If the prime mover has input torque is 12430 N-cm, find the value of pressure. Select one: O a. 6.99x10° N/m O b. 699.2x10° N/m 2 O C. 69.9x10° N/m 2 O d. 6.99x10° N/m
If the compression ratio is 17:1, the piston displacement volume for 10 cm³ piston clearance volume is. Ans. 160 cm³
No. of plunger = 6, Plunger Diameter = 0.04 m, Stroke Length = 0.048 m and Rpm of Crank Shaft = 72.5 rpm. Find the required power to operate the pump at 60 bar pressure.
asap
4. A pump is used for the pumping of water from Tank A into Tank B in which the height difference between the surface levels of water is 20 m. The pipe diameter is 400 mm and the pipe length is 2500 m, the coefficient of friction is f 0.0025 and the pump works at a speed of 700 rpm. The characteristics of the pump are shown in Table 4 below You are required to: (a) (10 points) Intepret pump characteristic and system characteristic ina graph. (b) (10 points) Calculate the input and output power at the operating point. 0.1 0.2 0.3 0.35 0.4 0.5 15 17 18 16 14 O30 60 SI83.80 45 H. (m) 11 Table 4: Data of the pump from the Manufacturer
A small model of a water pump has the ff. performance characteristics: D1 = 9in; N1 = 1760 RPM; Q1 = 562.5 GPM; BP1 = 15 hp If a larger model geometrically similar to the small pump is to be used to deliver kerosene (S.G. = 0.80) at 1200 GPM at speed of 1500 RPM, what is the required impeller diameter in inches for the larger pump?
sollve both, show both solutions and steps for both problems