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ProblemsClear skill: State First Law Build a practice set

ProblemCourse & topicStatus

THERMO:9907001A sealed, rigid 0.080 m³ pharmaceutical autoclave is loaded with a spatially uniform water charge and then…

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907002A natural-gas booster station draws gas from a 400 mm supply main, compresses it, and discharges it into a 250 mm…

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907003A food-process tank holds 0.240 m³ of aqueous brine.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907004At a fixed instant, a closed vessel contains 6.50 kg of a simple compressible fluid occupying 0.325 m³ at 480 kPa…

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907005A simple compressible pure substance occupies a closed vessel.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907006Three closed samples of a simple compressible pure fluid are prepared.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907007A mountain meteorological station records a mercury-barometer height of 562 mm.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907008A nitrogen header is connected to an open U-tube manometer.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907009An open rectangular settling tank contains three distinct, immiscible liquid layers: 0.55 m of gasoline (specific…

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907010A laboratory platinum-resistance thermometer is calibrated so that its resistance is 100.00 Ω at the ice point (0 °…

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907011On the P–T diagram of pure water the solid–liquid–vapour triple point is 0.01 °C and 0.6113 kPa, and the critical…

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907012Three closed cylinders contain pure water.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907013Steam at 10.00 MPa and 400 °C is being considered for a property evaluation.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907014A flash vessel contains a saturated liquid–vapour mixture of water in equilibrium at 150 °C.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907015An espresso-boiler vessel of internal volume 0.0120 m³ contains 0.240 kg of pure water at 180 °C.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907016A district-heating accumulator holds 2.50 kg of water in a closed, rigid tank of volume 0.850 m³.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907017A rigid, closed 0.500 m³ air-receiver originally used for compressed air is instead filled with 4.00 kg of water…

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907018Superheated steam at 0.40 MPa is to be evaluated at 180 °C.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907019Compressed-liquid water enters a boiler feed line at 10.00 MPa and 60 °C.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907020A receiver in an R-134a refrigeration plant contains 6.50 kg of refrigerant.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907021Two equilibrium states of water are to be checked against the definition h = u + Pv.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907022Complete the intensive state of water in each case using the data supplied.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907023A 15.0 L scuba cylinder is charged with dry air to 20.0 MPa at 22 °C.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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THERMO:9907024Argon is compressed slowly in a closed cylinder from V1 = 0.120 m³, P1 = 250 kPa, T1 = 27 °C to V2 = 0.030 m³.

State First LawThermodynamics Problem Solving

Equilibrium states, work, heat, and the first lawThermodynamics · Calculation

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