asses al The friction force for both cases is 10 N. Find arms length and ne the range if speed in first case, t will be final range of speed ? sult of extracting the speed range
Q: In the image, blocks A and B have 50 and 10 kg in order of . It is given that the coefficients of…
A: Given: Mass of block A is mA=50 kg and that of block B is mB=10 kg, μk=0.3 and μs=0.4 and P=100N…
Q: uation and graphical representation and compare the results (take 45o increment ,N= 3000 r.p.m).
A:
Q: pipe diameter 0.35 m. Assume no friction or heat transfer in the pipe and find the pressure OPint…
A: Given: P1=150 kPa mass flow rate=2000 kg/s h=15 m d1=0.5 m d2=0.35 m To determine: Pressure at the…
Q: A rotary air compressor working between ar has internal and external diameter oj mm and 600 mm…
A:
Q: Find the coefficient of friction Friction force=230 N Normal force=1200 N
A: Given data : Normal force=N' Friction force=f Required : Coefficient of friction
Q: Q3: A car moves at (30km/h) for 30 min and at (60 km/h) for 1 hour Find the average velocity and the…
A:
Q: In a fluid rotated as a solid about a vertical axis with angular velocity ω, the pressure rise p in…
A: Given Data→Angular velocity=ωPressure rise=PPressure rise depends upon speed ω, radius r, and fluid…
Q: A Wind turbine has a rotor diameter of 33m. At wind speed of a 13m/s what is the power [MW] in the…
A: Given, The diameter of the rotor, d = 33 m The radius of the rotor, r = 16.5 m Speed of wind, V =13…
Q: m, find P!Q.
A: Need to find P/Q
Q: Find the rotation velocity of lead screw n and the velocity of liquid in syringe needle if the…
A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…
Q: ts 1 5m/s
A: Given
Q: In the picture, a weight pulls on a pulley (solid disk) of mass 0.5kg and a radius of 0.25m. The…
A:
Q: Can you show the solution in which you converted m=5gal/min=30.05 lbm/min using dimensional analysis
A:
Q: Crude oil of specific gravity 0.81 and kinematic viscosity of 4.28 stoke is flowing through a pipe…
A:
Q: Find work done F=2.1 N Displacement=0.23 m
A: Given data : Force =F Displacement=d To find : Work done
Q: A lift comes down from rest with an acceleration of 7 ft/s² into it attained a velocity of 21 ft/s.…
A:
Q: A cyclist is travelling at 20m/s,is accelerating at4 m/s2,what isit's velocity after 5 seconds ??
A: As stated in the question, Initial velocity = u = 20 m/s Acceleration = a = 4 m/s2 Velocity (v) is…
Q: Q4: Find the force required to hold the blade in position, if the jet weight (100kg) and discharge…
A:
Q: The crank of a double acting steam engine rotates at 220 rpm. The bore and stroke of the steam…
A: Given Bore (d) = 300 mm = 0.3 m Stroke (L) = 470 mm = 0.47 m Mean effective pressure ( Pm ) = 4.5…
Q: Two blocks of mass 50 kg and 40 kg are connected by a light inextensible string as shown in Fig.…
A: Given data: The mass of the block 1 is m1=50 kg The mass of the block 2 is m2=40 kg The coefficient…
Q: A rocket with initial mass mo is preparing for vertical launch. Half of its mass is fuel and a…
A:
Q: I Daw Free Balg Drgyam 2, How would you fnd Force of brep Deduke formula and expboution you
A:
Q: A petrolengine has mechanical efficiency 0.8 and lower calorific value of ispoots 44.2 MJ/kg. The…
A: qm=0.8CV=44.2 MJ/kgbore= 0.06stroke = 0.08N=2000rpmfuel = 8liter/hW=220Nρ=750kg/m3R=400mm or…
Q: Given that the compressor's energy input is 2100 kJ and the heat provided is 3500 kJ. The area is…
A:
Q: A cyclist is travelling at 20m/s, is accelerating at4 m/s2,what isit's velocity after 5 seconds ??
A: Given, Initial velocity = u = 20 m/s Acceleration = a = 4 m/s2 Velocity (v) is to be found after…
Q: Q4: Find the force required to hold the blade in position, if the jet weight (100kg) and discharge…
A:
Q: The motorcycles mass: 170 kg The drivers mass: 64 kg I1= 0,26m I2=0,19m a) What is the needed…
A: Given: Masses of the motor cycle and driver are 170 kg and 64 kg. I1= 0,26m I2=0,19m
Q: On a high-speed submarine the propeller diameters are limited to 15 f t, and their maximum…
A: The aim of a propeller in submarines is to convert engine power, which is provided to the propeller…
Q: h=5cm,d13D50cm,d2=15cm,d3340cm,r1=4! T=9 N.m, N1=6000 rpm, N2= 2000 rpm and temperature is 30 degree…
A: Given: The thickness, h = 5 cm The diameter, d1 = 50 cm The diameter, d2 = 15 cmThe diameter, d3 =…
Q: Q/ A 70 N force is applied horizontally to 10 Kg block at rest for displacement of 200 m 10 kg…
A: Dear student, according to the expert guidelines I am allowed to answer only…
Q: -Q4:- If the wind speed measured on 10 m height from the earth. What the height of wind turbine…
A: Given Data The height from the earth surface is: h=10 m The speed of the wind is: V2=5 m/s To…
Q: A cubical block of wood 15 cm on an edge and weigh- ing 20 N floats in water (9,810 N/m). If it is…
A: water of block = displaced water weight this gives equilibrium length. Time period = 2*pi*(l/g)^0.5
Q: Find the applied force Work done=88812 J Displacement=1000 m
A:
Q: Wo B H L
A: To determine the reactions at A and B
Q: A Compressor, Shown in Figure. Find the acting force and it's divection if Sair=o.075 lb/Ft?, inlet…
A: given; density of air (γ)=0.075lb/ft3inlet area(A1)=4ft2velocity(V1)=12ft/sdisvharge…
Q: third of the reciprocating parts and all the revolving parts are to be balanced, find: 1. The…
A: This question is related to the partial balancing of unbalanced primary force in the reciprocating…
Q: A circular wheel of mass 50 kg and radius 200 mm is rotating at 300 r.p.m. Find its kinetic energy.
A: As per given question A circular wheel of mass 50 kg and radius 200 mm is rotating at 300 r.p.m.…
Q: Starting from Tw find 1, 1 2 1 3 and proof the following equation f and Re using dimensional…
A:
Q: You are designing a high speed elevator for a new skyscraper. The elevator will has a mass limit of…
A: The total mass, m=2400 kg Ascent speed va=18 m/s Descent speed vd=10 m/s Total vertical distance,…
Q: A hydraulic cylinder is to compress a vehicle body in 17.45 seconds,The operation requires a stroke…
A:
Q: 3. Consider the setup below: h; = 200.0 cm, hạ = 150 Cm, and at A the 3.00 g bead has a downward…
A: Kinetic energy: The energy that is possessed by a body that is moving with a certain velocity from…
Q: Find the coefficient of friction is friction force is S50 N and Normal force 100 N
A: Find the coefficient of friction.
Q: A 200 tonne train experience wind resistance equivalent to 60 erating efficiency of the driving…
A: Given dataMass of train, m=200 tonneTrain experience wind resistance ,R=60 N/tonneOperating…
Q: The outer diameters of fixed ram and brass bush are 120 mm and 150 mm and the stroke is 1.2m. If the…
A: The hydraulic accumulator is a device used for storing the energy of a liquid in the form of…
Q: A hydraulic cylinder is to compress a vehicle body in 19.35 seconds,The operation requires a stroke…
A:
Q: Q7: Convert: A) 2 kmh to m/s and to f/s? B)300 lb.s to N.s and 52 slug/n' to kg/m'?
A:
Q: A ship loads in fresh water to her salt water marks and proceeds along a river to a second port…
A: Solution: Given Data: W = 20 tonnes ρ=1016 kg/m3 U = 120 tonnes
Q: 1- Calculate the piston travel, velocity, and acceleration for an engine with R= 50 mm and Io=170 mm…
A: Given data:- Crank length, r=50mm=0.05m Connecting rod length, l=170mm=0.17m Inclination, θ=45°…
Q: Find the force required to hold the blade in position, if the jet weight (100kg) and discharge…
A:
Q: Find the value of mass K.E=200 J velocity=20 m/s
A:
Step by step
Solved in 3 steps with 3 images
- A uniform wheel of 600 mm diameter, weighing 5 kN rests against a rigid rectangular block of 150 mm of height. Find the least pull, through the centre of the wheel, required just to turn the wheel over the corner A of the block. Also find the reaction on the block. Take all the surfaces to be smooth.the set of four rollers shown has fixed axles and tranfers rotation from each roller to the next without slipping. Their diameters are 21cm, 32cm, 50cm and 14cm respectivelyThree 25-lb rotor disks are attached to a shaft that rotates at 720 rpm. Disk A is attached eccentrically so that its mass center is in. from the axis of rotation, while disks B and C are attached so that their mass centers coincide with the axis of rotation. Where should 2-lb weights be bolted to disks B and C to balance the system dynamically?
- A loaded porter governor has four links each of 250mm long.two revolving masses each of 3kg and a central dead weight of mass 20kg .all the links are attached to respective sleeves at a distance of 40mm from the axis of rotation.the masses revolve at a radius of 150 mm at minimum speed and at a radius of 200mm at maximum speed , Determine the range of speedIn a Proell governor, each ball weighs 2.5 kg; length of each of the main four arms in 20cms, the extended arm is 8 cm long. The pin joints of the main arm are 4 cm from the axis of the governor. For the sleeve to be on its bottom stop the distance between the top and bottom hinge points of the main arms is 30 cm and then the extended arm is vertical. Find the weight of central load when the sleeve just leaves the bottom stop at 150 rpm. What will be the speed of the governor after the sleeve has been raised to 4 cm?In a Proell governor, each ball weighs 2.5 kg; length of each of the main four arms in 20cms, the extended arm is 8 cm long. The pin joints of the main arm are 4 cm from the axis of the governor. For the sleeve to be on its bottom stop the distance between the top and bottom hinge points of the main arms is 30 cm and then the extended arm is vertical. Find the weight of central load when the sleeve just leaves the bottom stop at 150 rpm. What will be the speed of the governor after the sleeve has been raised to 4 cm? (b) What is meant by the term, stability of a governor? Derive the necessary conditions of stability for a centrifugal governor
- A 96.6 lb is fastened to a cord which is wrapped around a solid cylinder of 3ft radius weighing 322 lb. The cylinder rotates about its horizontal and centroidal axis. What torque applied to the cylinder will raise the weight with an acceleration of 12ft per second? What will be the total bearing reaction?The two cranks of an inside cylinder locomotive are at right angles and the distance between the cylinder centre lines is 0·625 m. The stroke of the pistons is 0·6 m and the revolving parts that have to be balanced are equivalent to 300 kg at the centre of each crank pin. The cylinders are symmetrically placed between the driving wheels, which are 1·5 m apart. Find the magnitude and angular positions of the balance masses required in the planes of the driving wheels at a radius of 0·8 m.why does the moment of inertia for individual body segments tend to be lower about the twist axes than about the somersault and cartwheel axes?
- A uniform solid cylinder with mass M and radius 2R rests on a horizontal tabletop. A string is attached by a yoke to a frictionless axle through the center of the cylinder so that the cylinder can rotate about the axle. The string runs over a disk-shaped pulley with mass M and radius R that is mounted on a frictionless axle through its center. A block of mass M is suspended from the free end of the string (Fig.). The string doesn’t slip over the pulley surface, and the cylinder rolls without slipping on the tabletop. Find the magnitude of the acceleration of the block after the system is released from rest.Suppose a 30 lb truck wheel 18 in. in diameter has a radius of gyration of 4 in. and the 6120 lb truck’s weight is distributed equally to each of the four wheels.a. If the truck can supply 150 lb x ft of torque to each wheel, how fast would the wheel want to accelerate if it didn’t slip? b. What would the coefficient of friction have to be in order to keep the wheel from slippingThe following data apply to an outside cylinder uncoupled locomotive: Mass of rotating parts per cylinder = 250 kg; mass of reciprocating parts per cylinder = 200 kg; angle between cranks = 90°; crank radius = 0.3 m; cylinder centres = 2 m; radius of balance masses = 0.75 m; wheel centres = 1.45 m. If the whole of the rotating and two-thirds of the reciprocating parts are to be balanced in planes of the driving wheels, find the magnitude of swaying couple at 300 rpm. Select one: A. ±33.4 kNm B. ±51.2 kNm C. ±37.5 kNm D. ±27.9 kNm