A2 v1=0.2m/s V2=6m/s v1=0.2m/s V2=8m/s v1=0.2m/s V2=0.6m/s v1=6m/s A hydraulic pump delivers Q-10 1/min. The inlet diameter of the cylinder shown is d1=6mm. The piston diameter is d2-32mm. The flow velocity v1 in the inlet pipe and the speed of extension of the cylinder v2 are to be found. V2=0.2m/s v1=0.6m/s 8 1 v1 V2-0.2m/s A1 p2 1 51

A2 v1=0.2m/s V2=6m/s v1=0.2m/s V2=8m/s v1=0.2m/s V2=0.6m/s v1=6m/s A hydraulic pump delivers Q-10 1/min. The inlet diameter of the cylinder shown is d1=6mm. The piston diameter is d2-32mm. The flow velocity v1 in the inlet pipe and the speed of extension of the cylinder v2 are to be found. V2=0.2m/s v1=0.6m/s 8 1 v1 V2-0.2m/s A1 p2 1 51

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

Related questions

Q: A very thick structure is subjected to certain traction boundary conditions on its surface. The…

A: As asked only the first three are solved. φ(x,y)=sinxAx2e-y+Bey

Q: y

Q: 21 The Law of Conservation of Energy says that A) Kinetic energy must be transmitted to the point of…

A: This question is based on the concept of Thermodynamics.

Q: 27 The inertia of a load A) is a form of resistance B) is a form of energy C) Can be both energy and…

A: 27) The inertia of a load____ 28) When a gas volume is expanded, gas pressure ____ and ____…

Q: Q17-In problem Q16 determine the percent elongation. (b) If the specimen necked to an area = 92mm2,…

Q: d. none of the above. 79. The relation [AV]1/vi evaluated at the inlet with respect to [AV]2/v2…

A: P1=14.7psi T1=80 F Q=1000cfm P2=100psi T2=400 F

Q: The viewing plane from which an ausillang riew is generatd is' positioned as Poilows: A) Parallel to…

A: 31) The correct option is B B: Perpendicular to the slanted surface

Q: For the Fig. shown, find the velocity of point 1 and the pressure of point 2 D2=20 cm P2=? Kpa…

A: Continuity equation is based on the conservation of mass. If a pipe having area at one section is…

Q: Gear 2 (pinion) runs at 1800 rpm ccw and transmits 3.5 kW to frictionless, idler gear 3. The…

A: Given:- P=3.5kW m=2mm Pressure angle=20° N=1800rpm To find:- g) Torque on gear 4

Q: (b) (i) Write the equations of motion for the system shown. (ii) Determine the system natural…

A: From the free body diagram of the spring mass system :

Q: 1 Legs of a pneumatic system are generally equipped with and work stations receive air which meets…

A: This question is based on the concept of legs of pneumatic system and SUS.

Q: An order for a metal fabrication requires production processes from two departments as follows: 1.…

Q: For number 1 and 2. Use the method of joints to determine the force in each member of the roof truss…

A: As per Bartleby's policy, I can answer only the first question. please resubmit the second question…

Q: Questions 56-60 are based on the information given here. Air, as an ideal gas, undergoes a…

Q: A perfect gas has a value of R = 319.2 J/kg-K and k = 1.26. If 120 kJ are added to 2.27 kg of this…

Q: Wall thickness of a pipe is identified by A) Normal rating B) Schedule number C) Dash number D)…

A: This question is based on the concept of wall thickness of pipe and pneumatic directional valve.

Q: te the force in each member of mber is in tension or compression.

Q: Instructions: Identify the talking components by choosing the most appropriate answer from the…

A: To determine: I directly determine what the speed of a hydraulic actuator is going to be. What am…

Q: For Number 13-15 A warehouseman wanted to compare the sound intensity of two engines: A Diesel…

A: Given dataDisel EngineI(dB)=75dBI=?Gasoline EngineI(dB)=?I=1.5×10-3

Q: Your professor at HTU asked you to explain Archimedes topic to your classmates at one of the classes…

Q: 9. An R-L series circuit contains a resistor and an inductor. The resistor has a value of 6.5 2. The…

A: Question - 10: The voltage drop across the resistor in an R-L series circuit can be found using…

Q: cantilever beam, held by a fixed support on one end, is subjected by the forces shown in the figure.…

Q: A 1000 kg automobile accelerates from 10 km/hr to 120 km/hr. How much work does this require?

A: Question(4)Given:Mass Initial Velocity Final Velocity To find:The required Work

Q: 1. on-off: 2-way/pressurize-exhaust: 2. pneumatic valve: sub-base mounting/hydraulic valve: 3. hand…

A: Here in this question we have to complete the suggested relationship by choosing the appropriate…

Q: answer 38,39,40

Q: Mechatronics Write the Boolean Expression for each of the following Figures: 1. 2. Page | 2

A: 1) A*B, since it is a AND gate

Q: 76. The air inlet mass flow rate mi can be determined from a. pilAV]I b. [AV]1/vI both of the above.…

A: P1=14.7psi T1=80 F V=1000 cfm P2=100psi T2=400 F

Q: 9. pipe threads: 1/16" taper / flared fitting: 10. stationary: pipe/moving:

A: The correct word for the suitable process.

Q: A stick of butter at 35°F measures 1.25 in. x 1.25 in. x 4.65 in. and weighs 4.2 ounces. Find its…

A: (1) According to the given data Volume=1.25inx1.25inx4.65inweight=4.2 ounces=0.2625lb {…

Q: Locate the centroid (x, y) of each of the following composite area or length. 1. 3 in 3. diameter of…

Q: neumatic system operated pressure be required to move a load requiring a force of 12 kN ? hat…

Concept explainers

Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

A2
v1=0.2m/s
V2=6m/s
v1=0.2m/s
V2=8m/s
v1=0.2m/s
V2=0.6m/s
v1=6m/s
A hydraulic pump delivers Q-10 1/min. The inlet diameter of the cylinder shown is
d1-6mm. The piston diameter is d2-32mm. The flow velocity v1 in the inlet pipe
and the speed of extension of the cylinder v2 are to be found.
V2=0.2m/s
v1=0.6m/s
8
↑
v1
V2-0.2m/s
A1
p2
1
51

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1: Given data and what is required to find is shown

VIEW

Step 2: Expression to calculate inlet velocity

VIEW

Step 3: Calculate the velocity of cylinder

VIEW

Solution

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 4 steps with 4 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Number 3 question Complete solution and correct units pls. Draw the figures if necessary
A model of a hydraulic turbine is tested at a head of 1/4th of that under which the full scale turbine works. The diameter of the model is half of that of the full scale turbine, if Nis the RPM of the full scale turbine, then RPM of the model will be
Determine the least number of stages for a multi-stage pump to deliver 80 L/s against a total head of 240m when running at 1450 rpm if the specific speed (per stage) must not be less than 670. Select the correct response: 4 3 6 5 8 7 c
1. If the pump rotated at 2000 rpm and instead and used a 9" impeller, what would the head be when moving 400 gallons per minute? 2. How much input power would be required to move 200 gpm of gasoline in the pump described in the chart with an impeller diameter of 8 3/4"?
Choose correct answer: The discharge rate requirements are which drive the actuator through a specified displacement and within a given time limit in any type of the pump. Select one: True False
A gear pump has a 80-mm outside diameter, a 55-mm inside diameter, and a 25-mm width. If the actual pump flow rate at 2300 rpm and rated pressure is 140 LPM, calculate the Theoretical Flow Rate, QT (m3/s). (Hint: first calculate the Displacement Volume) Group of answer choices 0.00361 m3/s 0.00233 m3/s 0.00254 m3/s 0.00262 m3/s
follow the steps while answering step by step detailed answer good HANDWRINTING (DONT REJECT LET OTHER ANSWER THE QUESTION IF YOU DONT HAVE IDEA THEN SKIP)
Only answer if you are sure....Answer should be correct upto two decimals A single acting reciprocating pump running at 50 RPM delivers 0.01 metre cube per second the dia of the piston is 200 mm and length is 400 mm . Determine- theoretical discharge of the pump coefficient of discharge , slip and % slip of the pump
Use inlet and outlet velocity triangle please show all work to find the the power
What is the actual displacement of a 150 mm x 100 mm x 250 mm direct acting simplex pump when the inlet pressure is 0.1035 MPa absolute and the outlet pressure is 1.38 MPa absolute? Water enters at 110 degree C and slip is 12%. 142 lit/min 167 lit/min 110 lit/min 182 lit/min
Problem 1-22. A portion of a well is to be drilled from depth A to depth B with the following requirements: Minimum flow rate = 240 gpm Maximum flow rate = 660 gpm The pump is a single-acting triplex pump with the following specifications: Maximum delivery pressure = 3,400 psi Hydraulic horsepower = 800 hp Volumetric efficiency = 80% for spm less than 50 and 70% for spm greater than 50 %3D %3D Specify the liner size that should be used to drill that portion of hole.
| Centrifugal pump impeller runs at 950 rpm. Its external and internal diameters are 500 mm and 250 mm. The vanes are set back at an angle of 35° to the outer rim. If the radial velocity of water through the impeller be maintained constant as 2 m/sec, find the angle of the vanes at inlet, the velocity and direction of water at outlet and the work done by the impeller per kg of water