10 Identify the x1,x2,x3 y1,y2,y3. A1,A2,A3, At. Center of gravity for x and y. 3. 00
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- An 8 ft long tank open to the atmosphere intially contains 3 ft high water. It is being towed by a truck on a level road. The truck driver applies the brakes and the water level at the front rises 0.5 ft above the initial level. Determine the deceleration of the truck in ft/s^2. a. 6.72 b. 3.24 c. 4.03 d. 5.21 with Free Body DiagramAn old pipe of diameter 2.5” is carrying water at a velocity of 4 ft/s. Determine the Reynolds number of the flow and the friction factor of the pipe if the length of pipe is 200ft and the kinematic viscosity of water is 0.98x10-6 ft2/s.Determine the viscosity in poise of a liquid having kinematic viscosity of 6-stokes and specific gravity of 2.0.
- Glycerin (s.g.=1.26, and absolute viscosity = 1.49 Pa-s) flows through a rectangular conduit 325mm by 450mm at the rate of 160 lit/sec. Determine the major head loss due to friction (hf) per 1km length of pipe.Need within 1hr pls, thanks A cylinder rolls without slipping at such instant. it has velocity of 2 m/s from center and acceleration of 3.5 m/s^2 Radius is 0.8 m. determine the position of the instantaneous center of zero velocity.An open rectangular tank, 9.62 ft. high, 11.29 ft. long, and 5.19 ft. wide, has liquid (SG = 0.53) to a depth of 6.54 feet. Determine the maximum horizontal acceleration (ft/s2) that can be applied to the tank such that no liquid will spill.
- A solid cylinder of diameter 5.0m has a height of 5.0 m. Find the metacentric height of the cylinder if the specific gravity of the material of the cylinder is 0.70 and is floating in water with its axis vertical. a.-0.304 m b.2.387m c.0.325 m d.-5.26m1. A tank, under a head h, has a circular orifice located at its vertical side. The diameter of the orifice is Imm. The center of the orifice is 8m above a level ground and the jet strike the ground 20m from the orifice, measured horizontally. Neglect air friction and assume a value of Cv = 0.90.A liquid of specific gravity of 1.75 flows in a 6 cm horizontal pipe. The total energy at certain point in the flow is 80 J/N (joules/newton). The elevation of the pipe above the fixed datum is 2.6 m. If the pressure is 75 kPa. Determine the velocity of flow in m/s. A.23.86 b.32.45 c.37.85 d.42.25l
- An inverted 1.5m radius conical Tank is filled with gasoline fuel. The height of the fluid was reduced from 3m to 2m after 30mins consumption. Determine the rate of fuel consumption in m^3/hr.Calculate the density of air at standard conditions (T - 25 °C and P a 1 atm).A 1800 kg car traveling up on inclined 8% grade at a rate of 60 kph Was brought to rest after traveling 75 m. The wheels are 3 m apart. It’s center of gravity is at Midway of the wheels and 500 mm from the ground surface. Assume friction or assistance act at the rear wheels. a. deceleration of the car b. normal reaction acting on the front wheel c. Coefficient of friction between road service and tire.