Q- The system shown in the figure is in equilibrium. Mass of A is 150 Kg. Mass of B is 70 Kg. Find T1, T3 and e. \35° T1 T3 200 N 1 m 0.5 m B A

Q: Q2: The external forces (600Ib and 2001b) on a horizontal beam and the reactions at A and B are the…

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Q: There is a pulley keeping the 30 lb force in balance. Find the forces at C keeping the whole unit in…

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Q: 390 lb 800 lb - ft 13, 12 A 5. 3 ft 8 ft 30 -4 ft • Find the support reactions at A and B • Hint:…

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Q: The following forces are acting on the bracket below. The bracket has a width w of 2 inches and a…

A: The basic criteria for equilibrium is that , there should be no net force or moment on the system

Q: Two masses (o g and 80 g) are hanging fromn the force table as shown in the figure. The magnitude of…

A: Given that, Mass of the two masses, m1=110 g,m2=80 g Drawing the free body diagram of the string,…

Q: Q3 - Determine the reactions at A and B. in the Figure 7. 9 kN 5 kN/m 2m 15m 20 KN 15m 4 kN/m 2MM

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Q: Q2. Determine all forces acting on body A for the system shown in figure 2. Body A weighs 200 N and…

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Q: Q2/from the figure below, determine the reaction force at point O. DE 1.5 m 0.5 m 0.4 m F = 300 N B…

A: FTo determiner:Reaction force at O

Q: A 5 kN/m. 30° - 4 m B

A: Weight of the uniformly varying load = 1/2(5)4=10KN Using the conditions of equilibrium  In…

Q: Shown below are two trolleys connected by linear springs. Use the principle of minimum total…

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Q: Q2/from the figure below, determine the reaction force at point O. DF 0,5 m 0.5 m 0.4 m F = 300 N B…

A: Reaction force  R=F= 300 N--O pposite the to given direction of the load F

Q: Q2. Determine all forces acting on body A for the system shown in figure 2. Body A weighs 200 N and…

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Q: Determine the reactions to the structure w2 = 200 lb/ft w1 = 100 lb/ft 15 ft 4000 lb 5 ft

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Q: determine horizontal and vertical reaction for the figure as shown A 2 m 45% B 2 m 2 m 2 m F F F

A: In above frame asked about horizontal and vertical reactions for which we need to apply equilibrium…

Q: Two forces are applied to a rod as shown below and the rod is in rotational equilibrium. The axis of…

A: The given information in the problem is shown in the following attached image:

Q: 4. Three cables are joined at the junction ring C. Determine the tensions in cables AC and BC caused…

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Q: Derive the equations of motion using Lagrange's equations based on x1(t) and x2(t). k2 m2

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Q: Q2/ Find the weight of the steel ball (A) required to keep the system in equilibrium state as shown…

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Q: Where must the 2.2 kN force be enforced so that the bar A whose mass is insignificant will be in…

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Q: A 2 ft 5 3 4 120 ib 4 ft 550 lb · ft |C B -3 ft- 70 lb /34° The structure shown is fixed at A and is…

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Q: Q2: In the Figure 2, there are four forces in one plane. I was applied another two forces that…

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Q: Q1/ A 30 kg mass is supported by cables as shown in figure bellow. determine tension in each cables.…

A: When the system is in equilibrium under the action of three concurrent force, then their relation…

Q: It is the middle of a winter snowstorm. Sally and Jin take shelter under an overhang. The loading of…

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Q: In the Figure 3, if the m=15 kg and 0=30°, then the weight component of the block parallel to the…

A: Given data : Mass of object m=15 kg Acceleration due to gravity g=9.81 m/s2 Angle θ=30∘

Q: Q3/ Find the area of the region enclosed by the parabola y² = 8x and the line y=2x.

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Q: Q1 The frame structure shown below is in static equilibrium. Find the forces acting at pins C and D.…

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Q: ts) Find the value of M. Assume that the rods are mass less. For the system to be in static…

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Q: Determine the number of unknowns that need to be determined in the system. The weight of the beam is…

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Q: A force of F is applied on the system at A as shown in the figure in order to maintain the system in…

A: To find: The magnitude of the components of force F parallel and perpendicular to the link AC.…

Q: Question 1 A 200 N lamp is in equilibrium as shown in figure. Use Lami's theorem to find Not yet…

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Q: Q2: The cylinder A weighs 660 N and it is supported by the vertical smooth wall and the cable system…

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Q: Given F1=151 N, F2=189 N Determine the x component of the moment of reaction at the fixed wall A (in…

A: Given data as per questionforce applied along z axis = 151 NForce applied along y axis = 289 N

Q: Determine the forces (in Newtons) in cables AC and AB needed to hold the 28.9-kg ball D in…

A: To determine the forces in cable AC and AB.

Q: Given F1=155 N, F2=187 N Determine the z component of the moment of reaction at the fixed wall A (in…

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Q: Q1: Find the weight of the box in kg and the angle ß for the system shown below (fig 1), consider…

A: Solution: Tension in the table=50lbf or 222.4809N Since the system is in static equilibrium, the at…

Q: Find the reaction forces at points A and B in the system shown. Soru 5. 20N 10N 15N A 3m 3m

A: The reaction at A is pinned joint so there are two types of reaction at A which is Ax and Ay The…

Chemical and Phase Equilibrium

Phase diagrams or equilibrium phase diagrams are the graphical representations that show the phase transformations of the constituting elements with respect to the pressure, temperature, and compositions. The diagrams show the conditions that limit the different phases, namely solid, liquid, and gas. The diagram can also be utilized to verify the relations between the state variables. Most of the phase diagrams are temperature-pressure phase diagrams, with the variable parameter as the composition. Usually other variables such as solubility and pressure parameters are not indicated in the phase diagram. For a one-component system (unary phase diagram), the phase diagram is generally a function of temperature and pressure as the state variables, or temperature and volume. However, for a binary system (two-phase) having two components, the phase diagram is a function of temperature and composition as the state variables only. Coexisting of the different phases of the constituting elements is indicated in the phase diagram. A ternary phase diagram can be characterized by consisting of three phases in equilibrium.