Please help with homework as soon as you can. s] 65 kg of water at 650 °C, 20 bar are placed in a fixed volume container andconverted to saturated steam. The entire process is isobaric. Complete a-c.1.What is the final temperature of the system?| Write and simplify the energy balance for process. Clearly state any assumptions.$]: Using your answer from (b), how much energy was added or removed from thesystem during the process?b)с)

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What is the final temperature of the system? Write and simplify the energy balance for process. Clearly state any assumptions. a) b) c) system during the process? $]: Using your answer from (b), how much energy was added or removed from the

What is the final temperature of the system? Write and simplify the energy balance for process. Clearly state any assumptions. a) b) c) system during the process? $]: Using your answer from (b), how much energy was added or removed from the

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Problem 2RQ: In what four states does matter exist? Cite examples of each.

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Please help with homework as soon as you can.

s] 65 kg of water at 650 °C, 20 bar are placed in a fixed volume container and
converted to saturated steam. The entire process is isobaric. Complete a-c.
1.
What is the final temperature of the system?
| Write and simplify the energy balance for process. Clearly state any assumptions.
$]: Using your answer from (b), how much energy was added or removed from the
system during the process?
b)
с)

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Just part d please.
2.0 lb of water inside a piston-cy inder assembly undergoes the following two processes in series Process 1-2: Contant pressure cooling from a saturated vapor at p1 = 170 psi until x2 = 80%. Process 2-3: Constant volume heating to a saturated vapor. There are no changes in kinetic or potential energy. a) [2 pts] Find the specific volume for state 1 in ft3/lb. b) [2] Find the specific volume at state 2 in At3/b
Please explain and answer
please show work and formulas so that i may learn the process correctly. if you use a table please mention which table was used. thank you so much. 2. Fill in the blank cells of this table: T( C) P(kPa) u(kJ/kg) Phase description 175 2524.5 325 4000 325 Saturated liquid
Please show detailed solution. Thanks! In a piston-and-cylinder apparatus the initial volume of air is 90 L at a pressure of 130 Kpa abs and temperature of 26°C. If the pressure is doubled while the volume is decreased to 56 L, compute the following using R=0.287 KJ/kg-K. a)Mass of air, in kg b)Final temperature of the air in °C.
1) A piston-cylinder system containing 1100 grams of an ideal gas ‘X’ is cooled from 900 K to 100 K at constant pressure. The specific heat capacity of the gas is Cp = 38.3 J.mol-1.K-1. Assume Cp stays constant in the given temperature range. The molar mass of the gas = 28 g.mol-1. a) Write the simplified first law of thermodynamics for this system with justification. b) Calculate the total heat transferred (in kJ) during the process of cooling c) If the entire heat from the cooling of ‘X’ (as calculated in (b)) could be used as work to change the volume of another gas ‘Y’ from 500 m3 to 1000 m3 in a constant pressure process, calculate the value of pressure. d) Instead of cooling at constant pressure, if ‘X’ was expanded reversibly and at a constant temperature (300K), calculate the work done by the system in kJ if the change in volume was 10-fold.
I need help with parts d, e, and f please.
a) You have two phases of liquid and vapor (i.e., wet steam) at 250°C in a high-temperature high-pressure vessel, which contains 0.8 grams of vapor and 5 grams of liquid. What is the specific volume of the vapor (ml/g)? b) What is the total volume (mL) of the vessel? c) The vessel temperature was increased from 250°C to 280°C wile keeping the volume from part b the same. What is the mass (grams) of liquid then? 978 Appendix A.III: The Thermodynamic Properties of Water and Steam Saturated Steam: Temperature Table (Continued) Specific Volume Sat. Liquid VL 175 180 185 190 195 Temp (°C) T 200 205 210 215 220 225 230 235 240 245 250 255 260 265 270 275 280 285 290 295 300 305 310 315 320 330 340 350 360 370 Press. (MPa) P 0.8920 0.001 121 1.0021 0.001 127 0.001 134 1.1227 1.2544 0.001 141 1.3978 0.001 149 1.5538 0.001 157 1.7230 0.001 164 1.9062 0.001 173 2.104 0.001 181 2.318 0.001 190 2.548 0.001 199 2.795 0.001 209 3.060 0.001 219 3.344 0.001 229 3.648 0.001 240 3.973 0.001 251 4.319…
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Please show work and answer the last 4 questions.