Steam is generated at 4.10 MPa and 440C and condensation occurs at 0.105 MPa. Find the thermal efficiency of the cycle. Draw the schematic diagram and the T-S diagram.
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- Please do not solve the question in the 2nd image. From image 1, Total entropy change: Ssystem + Ssurrounding = Sisolated What does it mean by Ssystem and Ssurrounding? Able to explain it using the question shown in the 2nd image? Is the question asking to find Ssystem or Ssurrounding? i am able to obtain the answer by finding the Rate of Entropy change in the high Temperature side and low temperature side. But i do not know whether it is the entropy for the system or surrounding.Carbon idallowed to diffuse through a steel plate 23.1 mm thick. The concentrations of carbon at the two faces are0.71 gnand 01g whhare mataontant It the pre exponential and activation energy are 0.0000006 ms and 75453 Mmol respectively compute the temperature at which the diffution fa in 52 10 P Give your answer in degrees.Celsius to 1 decimal placePROBLEM #5 gaa is being air film at & total 'pressure of 1:l bar- The paitial att 'one boundang at the other, The partial pressure remains com tant a transfered across a staghant pressure of the gas is' 0.45 bar of the film and 0. 12 bar a Find: an) effect m diffusiom coefficient if mass transfer rate'doubles bi) total pressure mass transter rate heeded to dowble the of the gas
- just i need solution for task 2 Task1 Using the following gases: hydrogen, carbon monoxide, carbon dioxide, and oxygen determine the specific heats at constant volume and constant pressure maintained at different temperatures :20 ºC, 25 ºC, 30 ºC, and 40 ºC. What is the effect of temperature on specific heat for different gases. You can present your data in a table or graph since you have different gases and temperatures. Calculate the gas constant for different gases maintained at different temperatures and compare your results to the published data. A fixed mass of an ideal gas is heated from 50 to 80 C at a constant pressure of (a) 1 atm and (b) 3 atm. For which case do you think the energy required will be greater? Why? A fixed mass of an ideal gas is heated from 50 to 80 C (a) at constant volume and (b) at constant pressure. For which case do you think the energy required will be greater? Why? Task 2 A frictionless piston fitted inside a cylinder containing gas at a…Mail-Castro Alvarez, Flavio-Cu x W Project Paper.docx X arn-us-east-1-prod-fleet02-xythos.content.blackboardcdn.com/5u1270dbb5a74/28581879?X-Blackboard-Expiration-1665014400000&X-Blackboard-Signature-NIkW%28dvWFpbWGe3%28tdPHIz8DWa0asAf2MVdll iOSt0%3D&X Blackboard-Cl... Q @ Bb 28581878 Type here to search F2 The assembly shown starts from rest when a constant 15-N force T is applied at time t = 0. Find the speed of the 3-kg balls when t = 10 s. You can assume that friction is negligible and that the mass of the rods and disk that T attaches to are very small compared to the balls. F3 O F4 2 n F6 F6 9 F7 2/3 W M A x (1) Glomb, Zach | Microsoft Team x + F8 250% + 1 BO Fo F10 F11 F12 Prick Screen Sys Riq Scroll Lock m 00 400 mm Pause Break 3 kg T 100 mm 70°F Sunny 400 10/417 lı. 9:08 A docs.google.com 5ialy čhāi For producing 1 ton of crude (pig) iron in blast furnace, the quantity of iron * :ore is 0.65 ton 0.2 ton O 0.05 ton O 1.6 ton O ialy ihäi Refrigerator liners, appliance housings, * :and shower stalls are producing by Injection Molding O Extrusion process O Rotational Molding O Thermoforming O iialy ibai The capacity of a . was from .8 to 30 tons of molten iron Oxygen Convertor Open Hearth O Bessemer Convertor O Electrical furnace O نقطة واحدة The polymer production process which including chemical reaction between two polymer materials - * :thermoset is Rotational Molding O Thermoforming Blow Molding O Reaction Injection Molding O O O O O O O
- Usng the phase chan For each thezgments below answer the assigned questions. Luestions will center around change in temperature, kinetic energy, particle speed, bonds breaking or forming. -Alo, make use of the following vocabulary words as they apply for each of the segments below GAS, SOLID, LIQUID, MEILTING, VAPORIZATION, FREEZING, CONDENSATION B-C 1. Wha process is taking place during this segment? 2. L chermal energy being added or removed during this segment? 1. Explain why the temperatture is not chaging during this segment. s the procE6s during this segment andothermic.or expthermic? C-D 5. What is thr sate of matterfor this segment? 6. What is happening to the temperature? 7. Explain why the temperatiure ischanging, 8. L this change an endothermic or exothumie process/ 9. Dexribe the kinetic energy during this sepment 10. Dexribe the particle speed during this gment.Problem01 Numerically solve the 1D diffusion equation for a wall that is 1 meter long with a temperature of 0 degrees C of the LHS and 100 degrees C on the RHS using 11 nodes. (This is the same 1D, steady-state diffusion differential equation we solved in class, just with more nodes.) Sol: it varies linearly from 0 to 100 C Problem02 Discretize and solve the following differential equations using the following grid and boundary conditions: a) b) d²T = 50 dx2 d²T dT c) =T sol: 1 2 a) dx² dx d²T dT dx² dx For b) and c), use central difference to discretize dT/dx. Hint: for part c, how do you handle that T that shows up on it's own on the right hand side of the equation? Well, when discretizing the equation at some central node Tp, that means T will equal Tp. A 3 b) 4 c) Cell boundry node B TO 0 0 0 To T₁ T₂ node C D T1 T2 29.69 56.25 37.69 33.50 16.49 14.21 1+Dx-Ax-+-ax-x- T₂ Ty E T3 79.69 64.95 60,70 F T4 loo 100 100 100 Ax=0,25m To = 0 Tu = 100Please Help me to solve the following physi cal example #1 A Boiler hAS 0.22 m² of net furnace area supported by SA - 36 stay bolts, spuced O.134 by 0.134 m. The mAXimum working pressure is 1, 225 k Pa Calculate: a) diameter of an Stay bolt B) Number of stoybolts re guired Take 3= 114 MPA ond %3D State the paragraph of ASME code used year