ShiftFCtZ×Alt4- An object, 12 cm in height with sides that each measure 5.0 cm, is floating in a pool offluid.The object is steel with a density of 7850 kg/m'. If the fluid is mercury, determine "X," thedistancethe cube is submerged. Locate the center of gravity, the center of buoyancy and themetacenter.Determine if the object is stable in the position shown.FluidsurfaceX5 cm12 cm5 cmMercurySg-13.54All

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Answered: Shift F Ct Z × Alt 4- An object, 12 cm…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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one IMG_1085 The plastic block shown below measures I.5 m x/.s m x(.7 m and has a specific gravity of 0.38. The concrete block B (density = 2400 kg/m*) is suspended from the corner of the plastic block by means of a cable and the plastic block is thus floating in the lake (T = 15°C) in the orientation shown. Determine the volume of the concrete block (units of liters) noting that it does not rest on the bottom of the lake. Neglect the weight and volume of the cable in your analysis. %3D 1.7 m 0.5 m Water Cable
An object with a shape of a cube with 280mm on each side, and weighing 425N is lowered into a tank containing a layer of water over a layer of mercury. a) Determine the position of the bottom block (height if the block submerged in mercury) above the mercury, when it has reached the equilibrium, in mm. b. Determine the position (height) of the top of the block above the mercury, when it has reached equilibrium in m.* c. Determine the position of the block below the water surface if the water surface is 300mm above the mercury layer in mm.
A metal cube 300 mm on a side and weighing 1.5 kN is lowered into a tank containing a layer of water over a layer of mercury. Determine the following: a. The position (in mm) of the block when it has reached equilibrium. b. The buoyant force (kN) contributed by the mercury c. The buoyant force (kN) contributed by the water.
A two-dimensional flow field for a liquid is defined by V[(z+2y³)i + (2x-3y)j m/s, where z and y are in meters Part A Determine the magnitude of the velocity of a particle located at (-2 m, 1.2 m) Express your answer to three significant figures and include the appropriate units. V= Submit Part B Request Answer Determine the direction of the velocity of a particle located at (-2 m. 1.2 m). Measure the angle counterclockwise from the positive z axis. Express your answer in degrees to three significant figures. 0- Submit Request Answer
Q4: A 7-cm diameter solid aluminum ball (SG = 2.7) and a solid brass ball (SG-8.5) balance nicely when submerged in a fluid as shown in figure. a) If the fluid is water, what is the diameter of the brass ball? b) If the brass ball has a diameter of 3.8 cm, what is the density of the fluid? 2 pulleys Fluid brass aluminum D= 7 cm +
Which could be the applied force in Newtons of a moving plate (area 0.1m2) and (v=2m/s) in between two different fluids: %3D over the plate: 3mm of Fluid 1 with viscosity of 0.001 Pa-s under the plate: 4mm of Fluid 2 with viscosity of 0.002 Pa-s O 0.18 O 0.17 O 0.19 O 0.15 O 0.16 O 0.20
Q1:- A steel cylinder floats on water, find the relative density of cylinder if the depth of submergence, h = 70 mm? 4cm Water Ed:8 cm
An object weighs 75 N when submerged in oil (S 100 N is required to hold it submerged in mercury. Determine a. weight of the object, in N. b. volume of the object, in m3 c. specific gravity of the object 0.80) and a force of
8- If a liquid has an amount of viscosity (0.0048 poise) Calculate the sternum of the sternum affected by it due to an external force if you know that the distribution of linear velocity is subject to the relationship u = 15 y+ 2 du (Take advantage of the following relationship of Shear stress) dy
Moment of Inertia about the centroid. Please show your solution on a paper with complete details and equation and FBD
Consider the hemispherical gate attached to a cylindrical buoy as shown in the figure. The thickness of and weight of the cable connecting the buoy and the gate are negligible. Which of the following is the volume above the hemispherical gate that is needed in the calculation of the vertical component of the resultant hydrostatic force acting on it? 4m Y? 3 m Select one: O a. cylinder up to the liquid surface O b. cylinder up to the liquid surface minus the hemisphere O c. cylinder up to the bottom surface of the buoy O d. cylinder up to the bottom surface of the buoy minus the hemisphere
(b) An incompressible viscous liquid flows down a plate inclined at angle 8 as shown in Figure 4. The flow is assumed to be steady and the film thickness is constant. The density of the liquid is p, its dynamic viscosity is μ and the film thickness is h. Y₁ 0 0 8 ↓ 11 Figure 4 (i) Show that the governing equation for the velocity u(y) can be written as: ² pgsine = Əy² fl (ii) What are the boundary conditions at y = 0 and at y = h ? (iii) The velocity u(y) can be written as expression for C. (iv) What is the average velocity of the liquid film for unit depth (into paper)? u(y) = Cy(2h - y). Determine the

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