Include all necessary FBD Q.3) The coefficient of friction between the 100 lb block (shown in figure below) andthe incline plane is 0.25 and that between the cord and cylindrical support is0.3. Determine the range of cylinder weight W for which the system shownbelow will be in equilibrium.0μ= 0.25100 lbD25°SearchDOLLΣOμ = 0.3WENG6:31 PM6/27/2024

Co-efficient of FrictionThe Coefficient of friction is the measure of the relative surface…

Answered: Q.3) The coefficient of friction…

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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STRUCTURAL ANALYSIS II
Moment (KN.m) 300 250 200 150 100 50 0 0 A Moment-Curvature Relation 0.01 0.02 0.03 0.04 0.05 0.06 0.07 Curvature (1/m) L b) Yield displacement (Ay). Ay= Calculate the following values: a) Yield Force (Fy) that will cause the system to yield at point A. Fy= c) Plastic displacement (Ap). Ap= Hint: Au Ap+Ay = Başka yönergeler almak için tıklayın For the cantilever beam system given, construct the relation between the force (F) and the displacement (A) of the free end. You need to transform the moment curvature relation given into force-displacement relation. Beam length: L = 3.5 m Plastic hinge length: Lp = 0.3 m Note: All the results are positive. F e) The ultimate (failure) force (Fu) Fu = d) Ultimate (failure) displacement (Au). Au= (m) 0.08 0.09 (m) F A ha Ay Au (KN) (Write 2 digits after the decimal point) (m) (Write 4 digits after the decimal point) (Write 4 digits after the decimal point) (Write 4 digits after the decimal point) A (KN) (Write 2 digits after the decimal point)
Fluid 3
Q3. Water flows through pipes A and B. Lubricating oil is in the upper portion of the inverted U, Mercury is in the bottom of the manometer bends. Determine the pressure difference, pA-pB in units of kPa. B Oil 0:25 m 25 cm H,0-10 cA H,0 20 cA 507 13 cn 15 Rotm
%07 3º,l|Asiacell نقطتان )2( * :Q6 The cylinder shown in the figure extends 8 ft into the paper. If the cylinder has the radius of 4 ft, compute the vertical component of the hydrostatic force of the oil on the cylinder. 90 Oil (s.g. = 0.85 ) 4 ft 50°
new 7
Determine the Resultant of the system with the force acting at O.
It’s required to determine the height (H) when the flow is 120 L/s ؟
uservoir discharges into a 55-inch pipe that discharges freely, as shown below. What is the pressure in the pipe at point A? Consider friction. Use f =0.02 Elev 155 ft Inv. @ A 134.2 ft 55 in 140 ft Inv. 120 ft 420 ft 900 ft 1450 ft a. 502 psf b. 502 psi c. 457 psf d. 457 psi e. 36 ft ,what is the velocity at point B? a. 17.5 fps b. 36 fps c. 3.6 fps d. 4.57 fps e. 50.2 fps ar
ANVAS Student Portal B2308-57 R Knowing Question Bank - Friction Two concrete blocks weighing 1800N each form part of the retaining wall of a swimming pool. Will the blocks be in equilibrium when the pool is filled and the water exerts the line loading shown? 300 mm - 540 mm A=05 540 Plastic mm liner 6 N/mm Technology Drun 14=1.0- a) Will the upper block be in equilibrium? Yes or No? Yes b) Provide F/N of the upper block [ Select ] c) Will both blocks be in equilibrium? Yes or No? Yes d) Provide F/N of the lower block [Select ] AH F5 F6 F7 PriSc F8 F9 F10 F11 F12
DisC A of mass M=10ka, slides down an incloned plane while Jubricated by a thin film of oil as ahown belowp The Is O cm in diameter and thickness of the film is h= zmm. Find the final velocity of the BDoise assuming constant velactyy and linear velocity distribution, the oil is SAE 50 oil with M- 8.6 Kió kg Im.s & f =902 kglm? %3D Derive the formala & Br aw the free body Dingram. Tocm th=zmm. To =30
Q3) A differential manometer is connected at the two points A and B as shown below. At B air pressure is 7.848 N/cm2 (abs). Find the absolute pressure at A. Ans. 6.91 N/cm2 AIR WATER OIL Sp. gr0.8 50 cm 12 cm -MERCURY Sp. gr 1 3.6

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