Rods AC and BC support the 775 kg A 40° 1 40° C в If each rod is made of a material for which the average normal stress can not exceed 170 MPa, determine the minimum required diameter of each rod. Express your answer to three significant figures and include the appropriate units.
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- A belt transmission system is shown as shown in the picture. Pulley A transmits torque 1,150 lb-in. to a pump through the shaft in C. Pull force belt on the under side 150 lb. If it is known the weight of the driving motor is 210 lb. and rotate clockwise, calculate the reaction force Focus on the O? 30 150 Ib(image attached) 1. Find the member force in AB. 2. Find the member force in BC. 3. Find the member force in BD. 4. Find the member force in CD. 5. Find the absolute vertical displacement of joint C (in inches). Use principal of virtual work. 6. Does the vertical displacement of C move up or down?The answers I got for A and B are correct. The following is the remaining answers I got which are all INCORRECT: Part C- 39.8, Part D- 119.511 lb*in, Part E- 278.86 lb*in
- Use image below and Draw a free-body diagram with the forces acting on the system.IS. 03 16. The shaft, as shown in Fig. 14.20, is driven by pulley B from an electric motor. Another belt drive from pulley A is running a compressor. The belt tensions for pulley A are 1500 N and 600 N. The ratio of belt tensions for pulley B is 3.5. B. TA2 A D. TA 150 -100- TB2 100 All dimensions in mm. Fig. 14.20 The diameter of pulley A is 150 mm and the diameter of pulley B is 480 mm. The allowable tensile stress for the shaft material is 170 MPa and the allowable shear stress is 85 MPa. Taking torsion and bending factors as 1.25 and 1.75 respectively, find the shaft diameter. Also find out the dimensions for a hollow shaft with outside diameter limited to 30 mm. Compare the weights of the two shafts. Ans. 30 mm : 24 mm: 1.82]Problem 4 A jet engine shown in Fig. 3-26 is being tested statically on a test stand. The inlet velocity is 500 fps and the exhaust gases leave at a velocity of 3500 fps. The air at the inlet and the exhaust gases at the exit are at atmospheric pressure. The fuel-to-air ratio is 1/50 and the inlet and exhaust areas are both 2 ft. The density of air enter- ing is 0.0024 slugs/ft'. Determine the force Te required to hold the jet engine stationary. Fig. 3-25
- solve with solutions completeyly thanksQuestion 1: A race car is turning (cornering) on a flat road, as shown in Figure Q1-1. The speed of the car is 300 kph and the turning radius is 260 m. Having the car parameters as below, answer questions a) and b). ● . ● ● m = 890 (kg) (57% of the weight is on the rear axle); Air density = 1.225 (kg/m3); Equivalent aerodynamic lift coefficient for front axle= -0.915 (-); Aerodynamic frontal area= 1.11 (m²); Slip angle of the front tyres= +2.4 (°); Slip angle of rear tyres= +1.2 (°); The steering angle of wheels= -1.9 (°); The efficiency of the drivetrain from the engine to the contact patch of tyres is 100%. 8=-1.9°- ---R=260 m α = +2.4° αR = +1.2° Figure Q1-1 Motion of the vehicle and the angles a) Calculate the engine power delivered to tyres to overcome the total induced drag due to lateral force.Assuming there is no axial thrust, find the reactions @ A & C. Y Note: Force actlig on gear B is parallel to z-axis. Force acting on year D is parallel to y-ax's. 50 70015 3010 25 in 86916 201 100