A D E F C G B H K L M NO Р Q 300 kN 8 panels @ 5 m = 40 m- Dimensions in meters 3 R
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19: Determine the force in members CD, CM, and LM using method of sections. State whether each member is in tension or compression. Complete fbd
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- 2.34 Determine the resultant of the three forces of Prob. 2.22. Answer TMETERS | FEET MODEL: IA6BJM SIZE: 8" x 6" x 13" RPM: 1750 76+250 PRESSURE MAX: 120 PSI GRAPHIC 61+200 FØ13," (75 HP) SCALE 70% 75% 80% 82% 60 GPM Ø12%" (60 HP) 83% 84% 83% 46-150 82% 80% Ø12%" (50 HP) 75% 011%" (40 HP) 70% 65% 31+100 100 BHP Ø10%" (30 HP) NPSHr ftm 75 BHP 60 BHP 30+9 15+50 50 BHP 30 BHP 40 BHP 20+6 NPSH. 10+3 GALLONS PER MINUTE LITERS PER MINUTE Refer to the system curve drawn on this pump curve. If the pump is to move 1200 gpm, what is the expected system total dynamic head (ft)? 1136+300 2271+600 00620 4543+120아 5678+1500- 6414+1800 7949+2100- 9085+2400 * 11356+3000 10 FEETa 4 Exercise 7 -Opening and closing a boiler door for b) Calculate retracting speed, retracting time, travel speed ratio and travel time ratio. ictin Characteristic data required for calculation: Piston surface area: Ap = 2.0 sq. cm Piston ring surface area: APR = 1.2 sq. cm Stroke length: = 200 mm S Pump delivery rate: = 2 l/min b Retracting speed Retracting time Travel speed ratio Travel time ratio
- P1.60 A block of weight W is being pulled over a table by another weight Wo, as shown in Fig. P1.60. Find an algebraic formula for the steady velocity U of the block if it slides on an oil film of thickness h and viscosity u. The block bottom area A is in contact with the oil. Neglect the cord weight and the pulley friction. Assume a linear velocity profile in the oil film.uonsanh 9m A marine engine cylinder has a compression ratio (r) of 9.5, a clearance volume of 650 cm3 and a piston stroke length of 675 mm. What is the bore diameter in millimetres (mm) for the engine cylinder. Give your answer to the nearest millimetre mm.Just see my handwriting need text form answer not handwriting retype it. Dont mis all retype A to z
- A differential equation encountered in the vibration of beams is d4ydx4=2D where x = distance measured along the beam; [x]=[L] y = displacement of the beam; [y]=[L] = circular frequency of vibration; []=[T1] = mass of the beam per unit length; []=[ML1] D = bending rigidity of beam; [D]=[FL2] Show that the equation is dimensionally homogeneous. Note that [F]=[MLT2] see Eq. (1.21:).please solve it all so to give you the ?valg, (21535mm 1.15 The pressure difference, Ap, across a partial blockage in an artery (called a stenosis) is approximated by the equation μV Ap - K. 4 + K.(A-1) pv² = K₂ A s.r to zogy nish190 32\V as bonb dignol a 3 basiy noft where V is the blood velocity, u the blood viscosity (FL-2T), p the blood density (ML), D the artery diameter, Ao the area of the unobstructed artery, and A, the area of the stenosis. Determine the dimensions of the constants K, and K. Would this equation be valid in any system of units?
- A cheap accelerometer, probably worth the price, can bemade from a U-tube as in Fig. . If L = 18 cm andD = 5 mm, what will h be if a x = 6 m/s 2 ? Can the scalemarkings on the tube be linear multiples of a x ?Please help. Written on paper not typed on computer or keyboard please. Need help on all questions. Please include all units, steps to the problem and information such as its direction or if it is in compression or tension. Thx.Please find the Grashof classification and the Barker classification of the two four-bars: (NOTE: distances are in non-dimensional units. Can use inches or cm) P1) L1=d=4, theta1=0 degrees, L2=a=1.6, theta2=60 degrees, L3=b=5.5, L4=c=4.5 P1) L1=d=1, theta1=0 degrees, L2=a=1.25, theta2=120 degrees, L3=b=1.5, L4=c=2 Please also draw the four-bars to estimate the unknown angles theta3 and theta4.