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Compute for support reactions and maximim tension in the cable.
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- A 50-m steel tape was used to measure a line and the initial pull = 5.5 kg. Pull attime of measurement = 8.0 kg. Weight of tape = 0.05 kg/m. E = 2.1 x 10^6kg/cm^2? Cross section = 0.04 sq.cm. Measured distance between two points =488.650 m, in an inclined surface having a gradient of 3%. Find the correcthorizontal distance between the two points. A. 486.456 C. 488.625 B. 490.844 D. 488.147 A rectangular lot was being measured using a 30-m metallic tape which was 6 mm too long.The recorded dimension where 70.50 m long by 37.10 m wide. What is the error in area (m^2) introduced due to the erroneous length of tape? A. 1.05 C. 0.86 B. 1.86 D. 2.02 It is required to lay out a distance of 687.78m with a 50m tape that is 0.030 m too long. Compute the distance measured with the tape to make the points the proper distance apart. A. 688.19 m C. 687.19m B. 687.37 m D. 687.94 m4. Compute the sea level distance of a line which…A triangular plate of 1 m base and 1.5 m altitude is immersed in water. The plane of the plate is inclined at 30° with water surface while the base is parallel to and at a depth of 2 m from the water surface. Calculate the position of the center of pressure in meters. a.2.987 b.1.896 c.3.234 d.2.264What's the Displacement of the beam in mm at 2.0 meters from C?
- 11 A cylindrical caisson having an outside diameter of 9 m floats in sea water with its axis vertical and its lower end submerged 9 m, below the water surface. If its center of gravity is on the vertical axis and is 3.6 m above the bottom. a. Determine the value of ??? b. Find the true metacentric height. c. Find the righting couple when the caisson is tipped through an angle of 8°A wooden block 1 m × 0.4 m × 0.3 m is floating in water. If its specific gravity is 0.8 determine the metacentric height (in meter) for tilt about its longitudinal axis. a.0.0255 b.0.112 c.0.326 d.0.053A 50-m steel tape was used to measure a line and the initial pull = 5.5 kg. Pull at time of measurement = 8.0 kg. Weight of tape = 0.05 kg/m. E = 2.1 x 10^6 kg/cm^2? Cross section = 0.04 sq.cm. Measured distance between two points =488.650 m, in an inclined surface having a gradient of 3%. Find the correct horizontal distance between the two points. A. 486.456 C. 488.625 B. 490.844 D. 488.147 The distance from A to B taken at elevation 1200 m above sea level is 6,750 m. Determine the sea-level distance. A.6748.734 C. 6749.347 B. 6751.266 D.6750.274 ps. with solution, please.
- A jet of water flowing horizontally is deflected by a 90 degree curve vane. If the water jet has a diameter of 38.90mm and a velocity of 7.90m/s. Compute the force required to hold the vane in position. Group of answer choices 109.4 140.9 104.9 190.4If you are given two vectors: A = 5i + 8j + 3k and B = 35i + 4j – 9k, what is the angle between the two vectors?explanation not neededa 30 m steel tape was used to measure aline and the initial pull is 5.5 kg. Pull at time of measurement is 8 kg. Weight of tape is 0.05 kg/m. E = 2.1x106 kg/cm2. Cross section =0.04 sq.cm. Measured distance between twopoints = 471.450 m in an inclined surface having a gradient of 3%. Find the correct horizontal distance between the two points.
- an open rectangular tank mounted on a truck is 7 meters long and 1 meters wide. It is filled with water to a depth of 3.37 meters. If it is accelerated at 8.47 m/s2 along its length, determine the required height (in meters) of the tank to prevent any water from spilling. Round off to two decimal places.l=160mm, b=60mm. AB rotating with constant angular velocity 1600 rpm clockwise. determine the velocity of P. θ = 45°8. Determine the absolute pressure required to lift the column of water from 5m depth. Assume atmospheric condition of 101,325Pa and density of water at 1000kg/m3. a. 81,705Pa b. 52,275Pa c. 49,803Pa d. 50,313Pa