Skip to main content

Train Courses Problems Proof Blocks Tools Progress Account

⌄

AccountSign-in, membership, and settings Current courseCalculus IThemeAbout ProofAnvilLoading account…

Problem library

Find a problem

Search by course or topic.

Loading the problem library…

TrainCoursesProblemsProgressMoreTrain Courses Problems Progress

More

Proof Blocks Tools Account

ProofAnvil Practice$19 USD monthly · cancel any time

Pricing FAQ Features Roadmap Use with your agent Support Terms Privacy Refunds

Practice problems with hints and solutions · ProofAnvil

Problem library

Find a problem

Search by course or topic.

Search problems

Filters · 2 active

Area

AllMathPhysics

SubjectCourseTopic

Topic choices for Heat Transfer are shortened. Search still covers every problem.

StatusSkill

Skills match the applied subject and course.

Problem styleFind a private labelPrivate labelPrivate labels are visible only to you.Private labels ready.Favorites

Browsing still works.Sign in to use progress, saved problems and private labels. Problem search and previews remain available.

Progress labels

IndependentSolved with helpIncorrect / unresolvedDraft in progressNot attemptedReview due

Problem results

Sort

ProblemsClear skill: Steady Conduction Build a practice set

ProblemCourse & topicStatus

HEAT:9906001A 12 mm thick copper plate (k = 401 W/m·K) has uniform face temperatures of 85 °C and 22 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906002Steady one-dimensional conduction occurs through a 0.025 m thick slab whose thermal conductivity is unknown.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906003A laboratory specimen 8.0 cm long and 2.0 cm in diameter is insulated on its curved surface so that heat flows…

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906004A 3.0 mm thick polymer film (k = 0.22 W/m·K) covers a 0.80 m² surface.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906005Mathematical problem title

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906006A composite plane wall consists of 20 mm of brick (k = 0.72 W/m·K) bonded to 12 mm of plaster (k = 0.48 W/m·K).

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906007A 15 mm stainless-steel plate (k = 15 W/m·K) is sandwiched between two 8.0 mm aluminum plates (k = 177 W/m·K).

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906008Two 10 mm copper plates (k = 385 W/m·K) are pressed together over a 0.050 m² interface.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906009A 6.0 mm aluminum wall (k = 204 W/m·K) joins a 9.0 mm steel wall (k = 42 W/m·K) over an area of 0.30 m².

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906010An electronic package dissipates 18 W through a 40 mm × 40 mm base into a cold plate.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906011A furnace wall of area 1.8 m² has an inner surface temperature of 420 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906012The interior of a 3.2 m × 2.4 m room wall is at 22 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906013A long electrical cable of 8.0 mm outer diameter has a surface temperature of 55 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906014A 0.15 m diameter spherical vessel contains a process fluid.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906015A black surface of area 0.20 m² is at 127 °C and faces large surroundings at 17 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906016A gray, diffuse plate (ε = 0.65, A = 0.45 m²) is at 80 °C in large surroundings at 10 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906017A 5.0 mm thick glass pane (k = 1.4 W/m·K) has an indoor face at 18 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906018Heat is generated uniformly at 2.4 × 10⁵ W/m³ in a 10 mm thick plate of k = 18 W/m·K.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906019A 0.50 kg aluminum block (c = 900 J/kg·K) is initially at 180 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906020Water flows through a thin-walled tube.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906021A 2.0 m × 1.5 m roof is covered with 40 mm of insulation (k = 0.038 W/m·K).

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906022Mathematical problem title

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906023A 4.0 mm steel sheet (k = 45 W/m·K) has one face at 200 °C.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

HEAT:9906024An oven door of area 0.60 m² has an overall thermal resistance of 0.42 K/W between the inner and outer surfaces.

Steady ConductionHeat Transfer Problem Solving

Steady conduction and thermal resistanceHeat Transfer · Calculation

—

Showing 24 of 50 matching problems.

Private labels

Edit private labels

Add labels that only you can see.

Problem

Current labels

Private labels are unavailable. Close this editor and try again.

New label

Use a short label.

Two large parallel plates, each 1.20 m × 0.90 m, are separated by a 4.0 mm air gap

(k_air

= 0.028 W/m·K).

Three plane layers are stacked in series over an area of 0.80 m²: 8 mm of material A

(k_A

= 0.90 W/m·K), 15 mm of…