https://teddyrookbook.com/science-lab/thermodynamics/Recent content in The Laws of Thermodynamics on Teddy Rook Bookhttps://teddyrookbook.com/img/share.jpghttps://teddyrookbook.com/img/share.jpgHugoenhttps://teddyrookbook.com/science-lab/thermodynamics/third-law/Mon, 01 Jan 0001 00:00:00 +0000https://teddyrookbook.com/science-lab/thermodynamics/third-law/Climb down a magnetic cooling ladder and see why absolute zero is always one more step away, cool a cloud of atoms by evaporation until it forms a Bose–Einstein condensate, and explore a thermometer from 38 picokelvin to a fusion plasma.https://teddyrookbook.com/science-lab/thermodynamics/first-law/Mon, 01 Jan 0001 00:00:00 +0000https://teddyrookbook.com/science-lab/thermodynamics/first-law/Heat, cool, squeeze and stretch a cylinder of gas and trace its path on a P–V diagram while the ledger ΔU = Q − W balances. Then turn Joule’s paddle wheel and follow the energy in a car’s fuel.https://teddyrookbook.com/science-lab/thermodynamics/engines/Mon, 01 Jan 0001 00:00:00 +0000https://teddyrookbook.com/science-lab/thermodynamics/engines/Run Carnot’s ideal engine and watch heat and work flow to scale, find out why no engine can reach 100%, run it backward as a refrigerator and heat pump, and watch a Stirling engine run on a cup of coffee.https://teddyrookbook.com/science-lab/thermodynamics/second-law/Mon, 01 Jan 0001 00:00:00 +0000https://teddyrookbook.com/science-lab/thermodynamics/second-law/Run a gas backward and watch it un-spread, then nudge one atom by a billionth and watch the trick fail. Count arrangements, see heat flow from hot to cold by pure chance, and play Maxwell’s demon to learn why entropy always wins.https://teddyrookbook.com/science-lab/thermodynamics/zeroth-law/Mon, 01 Jan 0001 00:00:00 +0000https://teddyrookbook.com/science-lab/thermodynamics/zeroth-law/Press blocks of copper, iron, granite, water and wood together and watch heat flow until they share one temperature. Learn what temperature is, why a thermometer works, how specific heat decides where temperatures meet, and why metal feels colder than wood.