Solve For the muximum value OF that pre vents the bar AP 50 kN. From moving if it weighs B P Am
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A: Answer: X-bar = 127.653 mmFor a step-by-step solution have a look through the attached pictures of…
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Q: 1. Solve for the required value of force P to move the 10 inches (radius) ball through the 5 inches…
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- What is the answer? AQuestion A or B?While the sliding motion, which type of energy is realesed?A fluid, contained in a horizontal cylinder fitted with a frictionless leak proof piston, is continuously agitated by means of a stirrer passing through the cylinder cover. The cylinder diameter is 0.40 m. During the stirring process lasting 10 minutes, the piston slowly moves out a distance of 0.485 m against the atmosphere. The net work done by the fluid during the process is 2 kJ. The speed of the electric motor drivingthe stirrer is 840 rpm. Determine the torque in the shaft and the poweroutput of the motor.
- THE PRESSURE IN THE SUBTANCE DRASTICALLY DECREASE FROM 354 TO 21 POUNDS PER SUARE INCHES (PSI), THE HEAT ENERGY OF THE OPEN SYSTEM REDUCES 555BTU/LB, AND THE VOLUME INCREASES FROM 1 TO 10FT^3/LB. (A) DETERMINE THE WORK PER LB. UNITS:BTU/LB * (B) DETERMINE THE WORK IN HP (HORSE POWER) FOR 10LB PER MIN. (1HP = 42.4BTU/MIN). UNITS:HPAir at 29oC with a rate of 0.03 kg/s enters a circularpipethat is constructedunderthewater. Thewatertemperature is kept at 17oC andconvectioncoefficientforwater is hw= 1500 W/m2.K Pipeproperties k=0.15 W/m.K Do=17cm Di=15cm a) Inordertoreach an airoutlettemperature of 21oC determinethereguiredpipelength b) What is required fan powertomovetheairthroughthepipe?Repeat Prob. 4.152 assuming that the 400-kN force is applied at O instead of L.
- The figure shows a steel bar being processed by a rolling mill. Given that P=80kN and r =0.016, determine the force F required to advance the bar at a constant speed.An axial stage has a mean diameter of 60 cm and runs at 15000 rpm. If the actual temperature-rise and pressure ratio developed are 300 C and 1.4 respectively, determine (i) the power required to drive the compressor while delivering 57 kg/s of air; assume mechanical efficiency of 86 % and an initial temperature of 350 C. (ii) the degree of reaction if the temperature at the rotor exit is 550 C.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.
- A 10-m, 20-kg chain hangs vertically from a cylinder attached to a winch. a. How much work is required to wind the entire chain onto the cylinder using the winch? b. How much work is required to wind the upper 4 m of the chain onto the cylinder using the winch?A water initially contains 140 L of water. Now equal rates of cold and hot water enter the tank for a period of 30 minutes while warm water is discharged from the tank at a rate of 25 L/min. The amount of water in the tank at the end of 30 min period is 50 L. The rate of hot water entering the tabk in L/min is (WITH FREE BODY DIAGRAM) CHOICES: A.7 B.5 C.11 D.25A motorist equips his automobile tires with a relief-type valve so that the pressure inside the tire never will exceed 35psig. He starts a trip with a pressure of 29psig and a temperature of 73*F in the tires. During the long drive, the temperature of the air in the tires reaches 180*F. Each tire contains 0.25 kg of air. Determine (a) the mass of airescaping each tire, (b) the pressure of the tire when the temperature returns to 73*F.