A piston cylinder device contains B kg of water at A ° C. The frictionless piston with an area of C m2 initially rests on the stoppers and its cylinder volume is 0.03 m3. The pressure in the cylinder must be D kPa for the piston to activate. As the piston moves upwards, when the cylinder volume is 0.075 m3, it touches the linear spring with a spring coefficient of 360 kN/m. Since the final pressure is E MPa, by showing the state change together with the saturation curves on the P-V diagram, a) The water temperature in the last case, b) The work done during the transaction, c) Calculate the total heat transfer. Note: If you think there is missing data, you can choose appropriate values by making the necessary explanations.

Q: the system blocks shown below is in equilibrium, the weight of block A is 10 kN and for block B is…

A: weight of block A=10 kNweight of block B=35 kNcoefficient of friction between A and surface,…

Q: Develop the mathematical model

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Q: he system blocks shown below is in equilibrium, the weight of block A is 10 kN and for block B is 35…

A: Consider the free body diagram:

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Q: pring With U? Consider the spring-mass system on a frictionless horizontal surface as shown.…

A: Option b is correct Because  when spring has  compress there is work done on system while it have…

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Q: A 40-kg block is placed on the uniform 10-kg beam, that is supported by the cable, which is attached…

A: Given:Mass of the block, mb=40 kgMass of the beam, mc=10 kgCoefficient of friction, μ=0.6

Q: Four balls of equal radii form a pyramid supported by a smooth horizontal plane surface. The three…

A: Given: There are four balls of equal radius. So let the radius of each ball is r From the symmetry…

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A: The frictional force is the force which comes into action when friction generated between two bodies…

Q: Mass of both blocks F 14kg. The friction coefficient for this bar is µ= 0.4. The spring constant k=…

A: Given data: Mass of both blocks A and B are mA = mB = 14 kg. The friction coefficient is μ=0.4. The…

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Forming and Shaping

Metal forming is a category of metalworking process through which the material can be given the desired shape and size by subjecting it to plastic deformation, where the component undergoes bulk deformation process upon application of loads. Unlike the shearing and machining process, the material does not undergo up to a failure point as indicated in the stress-strain curve. Hence, the stresses induced during the forming process are greater than yield strength but less than the failure strength of the material. The process does not lead to the loss of material, so it can be said to be an economical process. During forming, the material is subjected to tensile forces, compressive forces, bending, and shearing loading conditions. The material should possess the property of ductility to undergo the forming process.