Find the tension in each of the supporting cables, AB, AC, and AD, in the figure if the weight of the crate is 310 newtons. (Round your answers to three decimal places.)

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A: The moment couple is said to be exist or it acts when two equal and two opposite force are acting at...

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A: Diameter d=1.5 mmL=30 mSpecific weight of copper =89.2 kN/mE=90 GPaNow elongation due to self weight...

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A: Given data : The value of modulus of elasticity=12×106 psi The value of shear modulus=4.8×106 psi   ...

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A:

Q: The position of the neutral axis; The maximum tensile and compressive stresses; and The shear stress...

A: Neutral axis is located at the centroi

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A: 2   Given: The internal radius, ri = 50 mm The outer radius, ro = 130 mm The internal pressure, Pi =...

Q: .65 m .32 m .11 4 m .6 m .2 m 35° .3 m .2 m 37 m- FIGURE P6.37 Problems 37, 38, 50, 61, 72, 83, 94, ...

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Q: 180 b 150 b 220 b 3 ft 100 Ib 240 lb 3 ft E 10 ft 10 ft 10 ft 10 ft 383 (C) O 725 (C) O 286 (C) O 30...

A: Option a is correct

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Q: YES OR NO Case P1. A 10m beam is loaded with point load P1 = 100N at 2m from the fixed end support....

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A: We have to determine the natural frequency of the system

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Q: position, calculate the angular velocity in rad/s of bar AB.

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Q: Required information Both portions of the rod ABC are made of an aluminum for which E=70 GPa. Given:...

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Q: 2m 4m E 4m r 4200 kN MN/ ARea = bh b= 0.5m Stress = 100 StRess in members BD, cD and CE

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Q: Problem 3.2 If ni is an eigenvector for the strain tensor, show it is also a principal direction for...

A: The relative change in the position of points within a body that has experienced deformation is know...

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Q: A 2.0-kg block slides on a rough, horizontal surface. A force ( P = 6.0 N) is applied to the block a...

A: Find the friction force , Given data:- Mass = 2.0 kg Force = 6.0 N Acceleration of block = 1.2 m/s^2

Q: If 5.5m³ of nitrogen at 30°C and 5.1kPa abs is permitted to expand isothermally to 7.4m3, what is th...

A: For isothermal process P1V1 = P2V2  here, P1 = 5.1 kpa V1 = 5.5 m3 V2 = 7.4 m3    

Q: 3. Using the METHOD OF JOINTS, determine the forces in members AC, BC, BD, CD and CE of the truss in...

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Q: 8.) The structure of a house is such that it loses heat at a rate of 7500 kJ/h per °C difference bet...

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Q: 10.) A heat pump used to heat a house runs about one-third of the time. The house is losing heat at ...

A: GIVEN DATA - DESIRED EFFECT Q=24000KJ/h HEAT PUMP RUNS ONE-THIRD TIME COP =3 WE HAVE TO FIND POWER

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Q: mass of 100 kg is suspended from a spring having a stiffness of 56 kN/m, and vibrates freely with a...

A: The above given question is related to mechanical free vibration in a system, whose angular frequenc...

Q: a pipe of diameter 60 mm is subjected to an oil flow at rate of 343.5 kg/s. the mass density and vis...

A: we will use Hagen–Poiseuille equation for solving this question    

Q: 1. An open hemispherical vessel with a radius of 1.2m is full of oil (0.85) a. How fast in rpm shoul...

A: Given: The radius of vessel, r = 1.2 m The specific gravity of oil, SG = 0.85

Q: Roter ロ 9. Given: J= =, aco) = 300,t=los T=? Find torque=2 after t=10S time

A: given; →rotation of rotar (ω)=300rad/s→time(t)=10 sec→torque(T)=?→moment of inertia of rotar(J)=1

Q: The 45° strain rosette is mounted on a surface of the bracket as shown in Figure Q1. The bracket is ...

A: Esteel=120 GPaμ=.28 εa=100+60×10-6 εb=-200×10-6εc=-180×10-6 θa=0° ,θb=45°,θc=90°

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A: Life cycle assessment : Life cycle assessment it is define as it is the factual analysis which is as...

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A: m1x¨+cx˙+kx=F0Sinωtassume the displacement of variation mass,x=ASinωt-ϕ        A=Amplitudex=ωAcos¨(w...

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Q: (a) Figure Q6(a) shows an example of pressure vessel with radius of r, and yield stress Oy. Suppose ...

A: For solution refer below images.

Q: Determine the natural frequency

A: To find the natural frequency.

Q: 2. Problem 16-60: The slider block C moves at 8 m/s down the inclined groove. Determine the angular ...

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Q: am is rotating with c Gu

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Buckling of columns

The column is described as a vertical member of the structure that carries an axial compressive load, and buckling is a lateral deformation of the column under the application of load.