Thermodynamics

Calculate pressure, volume, temperature, and moles for ideal gases.

Analyze conduction, convection, and radiation heat transfer.

Calculate heat energy, specific heat capacity, and temperature changes.

Calculate latent heat for phase changes like melting and vaporization.

Calculate linear, area, and volume expansion with temperature changes.

Calculate efficiency and work output for Carnot and actual heat engines.

Calculate thermal conductivity, resistance, and heat flux for materials.

Calculate efficiency and work in heat engines and refrigeration cycles.

Analyze entropy changes in thermodynamic processes.

Calculate efficiency and work output for ideal Carnot heat engines.

Calculate internal energy change ΔU = Q − W from heat and work.

Find P₂ and T₂ for reversible adiabatic ideal gas expansion (Q = 0).

Calculate work W = nRT ln(V₂/V₁) and heat for isothermal ideal gas.

Calculate pressure or volume at constant temperature (P₁V₁ = P₂V₂).

Calculate volume change with temperature at constant pressure.

Calculate thermal radiation power P = εσAT⁴.

Find temperature vs time with exponential cooling T(t).

Find final equilibrium temperature when mixing substances.

Calculate vapor pressure vs temperature along phase boundary.

Calculate R_th = L/(kA) and heat flow Q = ΔT/R_th.