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- The periodic escape of the steam in this manner prevents any potentially dangerous pressure buildup and keeps the pressure inside at a constant value. Determine the mass of the petcock of a pressure cooker whose operation pressure is 100 kPa gage and has an opening cross-sectional area of 4 mm2 . Assume an atmospheric pressure of 101 kPa, and draw the free-body diagram of the petcock.A wooden block having a weight of 50 N isplaced at a distance of 1.5 m from the center ofa circular platform rotating at a speed of 2rad/sec. Determine the minimum coefficient offriction between the block and the platform sothat the.........TheGaugePressure 0f the air in an aut0m0bile tire is 25psi, and assuming the ambient atm0sphericPressure is38psi. Express the_abs0lute_pressure_in the tire in bars.
- Air is drawn into the 200-mmmm-diameter cylinder through the opening at A�. If the piston is moving downward at a constant velocity of 14 m/sm/s, determine the average pressure within the cylinder and the force required to move the piston. Take ρa�� = 1.23 kg/m3kg/m3.A 50-kg friction-less piston fits inside a 30-cm-diameter vertical pipe and is pulled up to a height of 6.1 m. The pipe's lower end is immersed in water, and the atmospheric pressure is 100 KPaa. The graviattional acceleration is 9.45 m/s². Determine: (a) the force required to hold the piston at the 6.1-m mark; (b) the pressure of the water on the underside of the piston.E23) A2kgblockisreleasedfromrestatpointAandslidesdownaninclineandintoa¾cylinderofradiusR=3m,thecrosssectionofwhichisshownbelow.Assumenofrictionbetweentheblockandtheinclineandtheblockandthecylinder. a)Confirmtheblock’sspeedatpointBtobe7.75m/s. b)ByfirstdrawinganFBDfortheblockatpointB.findtheforcethecylinderexertsontheblockatthispoint.Use|g|=10m/s2E24[14]Twowiresaretiedtoa1.97kgmassasshown.ThemassrevolvesinahorizontalcircleataconstantspeedneartheEarth’ssurface.Assume|g|=10m/s2.
- P 243 - Determine the relationship between the pressure difference and the relative density for it - For the relationship found, what is the variation for the system to collapse?A wheel tractor has a 200HP engine.If the weight of the wheel tractor is 30 tons and the weight on the drivingwheels is 50% of this weight, and it is operating at an altitute of 1000m above sea level, at an average temperature of 25 degree celcius, and at an average speed of 12km/hr. What is the maximum available rimpull if thecoefficient of traction is 0.25?. Take rimpull efficiency as 85%3. An unknown gas moving at a constant speed of 164 m/s enters a tube of constant crosssectional area at a rate of 3.00kg/s. Assuming the critical pressure and temperature are 767kPa and 140oC respectively for a given static condition at the entrance to the tube. Assumingthe ratio of specific heat and gas constant of the unknown gas to be 1.289 and 0.1889 kJ/kg Krespectively.Determinea) the static pressure, temperature and density at the entrance to the tubeb) stagnation temperature and pressurec) the Mach number of the gas at the entrance to the tubed) the cross sectional area of the tubee) the critical speedf) determine the unknown gas?
- Inside a large container filled with glycerin at rest, which has a density ? = 1260 kg/m3 andviscosity ? = 0.830 Pa ∙ s, a sphere of radius 2.50 cm, made of a material whose density is 400 kg/m3, and is released from rest. Under these conditions:a. Draw a free-body diagram, showing all the forces to which the ball is subjected.sphere while moving within the fluid, also indicate the direction of movement.b. Determine the terminal speed of the sphere.c. Calculate the acceleration of the sphere when its speed is half its terminal speed.d. Suppose the sphere is now placed in an oil whose viscosity and density at room temperatureenvironment are less than those of glycerin (?oil = 875 kg/m3 and ?oil = 0.255 Pa ∙ s). What happens to the terminal speed of the sphere: does it increase, decrease, or stay the same? Justify yourresponse.Under what conditions can a moving body of fluid be treated as a rigid body?The brake mechanism used to reduce recoil in certaintypes of gun consists essentially of a piston attachedto the barrel and moving in fixed cylinder filled with oil.As the barrel recoils with initial velocity v0, the pistonmoves and oil is forced through orifices in the piston,causing the piston and the barrel to decelerate at arate proportional to their velocity; that is, a = -kv.Express a) v in terms of t, b) x in terms of t, c) v interms of x. Draw the corresponding motion curves.