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ProblemsClear skill: Phase Equilibrium Build a practice set

ProblemCourse & topicStatus

THERMO:9907201Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907202Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907203Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907204Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907205Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907206Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907207Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907208Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907209Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907210Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907211Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907212Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907213Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907214Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907215Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907216Air modelled as an ideal gas with constant c_p=1.005\,\mathrm{kJ/kg\cdot K} and R=0.287\,\mathrm{kJ/kg\cdot K}…

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907217Nitrogen modelled as an ideal gas with constant c_p=1.039\,\mathrm{kJ/kg\cdot K} and…

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907218Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907219Hot exhaust gas, modelled as an ideal gas with c_p,g=1.10\,\mathrm{kJ/kg\cdot K} and…

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907220Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907221Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907222Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907223A combined cycle consists of a topping air Brayton cycle and a bottoming Rankine steam cycle.

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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THERMO:9907224Mathematical problem title

Phase EquilibriumThermodynamics Problem Solving

Phase equilibrium and transitionsThermodynamics · Calculation

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Showing 24 of 50 matching problems.

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Moist air at

101.0\,\mathrm{kPa}

has a dry-bulb temperature of

30.0^\circ\mathrm{C}

and 40\% relative humidity.

A rigid

2.50\,\mathrm{m^3}

vessel contains moist air at

90.0^\circ\mathrm{C}

,

150.0\,\mathrm{kPa}

, and 40\%…

A rigid

1.60\,\mathrm{m^3}

receiver initially holds dry air at

22.0^\circ\mathrm{C}

and

100.0\,\mathrm{kPa}

.

A cooling coil is modelled with an apparatus dew point of

11.0^\circ\mathrm{C}

, at which the contacting portion of…

An auditorium is maintained at

24.0^\circ\mathrm{C}

and 50\% relative humidity.

An air-handling unit mixes

0.25\,\mathrm{kg/s}

of dry outdoor air at

33.0^\circ\mathrm{C}

and 55\% relative…

A warehouse evaporative cooler processes

3.50\,\mathrm{kg/s}

of dry air at

100.0\,\mathrm{kPa}

.

A cooling tower cools

18.0\,\mathrm{kg/s}

of circulating water from

42.0^\circ\mathrm{C}

to

28.0^\circ\mathrm{C}

.

A hospital winter air-handling unit takes

0.65\,\mathrm{kg/s}

of dry outdoor air at

98.0\,\mathrm{kPa}

…

A closed, rigid tank of interior volume

0.80\,\mathrm{m^3}

holds air that may be modelled as an ideal gas at…

Superheated steam flows steadily in a supply line at

2.00\,\mathrm{MPa}

and

400^\circ\mathrm{C}

with a velocity of…

During a closed-system process,

2.40\,\mathrm{MJ}

of heat is received from a thermal reservoir at

850\,\mathrm{K}

…

A piston–cylinder assembly contains

0.120\,\mathrm{kg}

of nitrogen, modelled as an ideal gas, at

350\,\mathrm{kPa}

…

A closed, frictionless piston–cylinder device contains

2.50\,\mathrm{kg}

of air as an ideal gas at…

Steam enters a steady, adiabatic turbine at

6.00\,\mathrm{MPa}

and

100.0\,\mathrm{kPa}

with…

Two streams of air mix adiabatically at a uniform pressure of

150\,\mathrm{kPa}

in a steady mixing chamber.

Refrigerant R-134a is throttled adiabatically and steadily from saturated liquid at

32.0^\circ\mathrm{C}

to…

A closed, rigid tank of volume

0.0500\,\mathrm{m^3}

contains a saturated water mixture at

150^\circ\mathrm{C}

with…

An initially evacuated, rigid, insulated tank of volume

0.40\,\mathrm{m^3}

is filled from a large supply line…

A stationary gas turbine discharges

18.0\,\mathrm{kg/s}

of exhaust gas, modelled as an ideal gas with…