MDCAT || UNIT#8 ||ThermoChemistry | One Shot video, #Chemistry by prof.javed

MDCAT | Thermochemistry I UNIT #8 | One Shot video, Chemistry by prof.javed
according to new mdcat chemistry syllabus
exothermic and endothermic reactions
system, surrounding, boundary
state function, standard enthalpies
calorimetry
hess law born haber cycle
For the MCAT exam, you should have a solid understanding of thermochemistry concepts, including:

1. *Laws of Thermodynamics*:
   - Zeroth Law: Temperature equilibrium
   - First Law: Energy conservation (ΔE = Q - W)
   - Second Law: Entropy increase (ΔS = ΔQ / T)
   - Third Law: Absolute zero and entropy
2. *Thermodynamic Systems*:
   - Closed systems (no matter or energy exchange)
   - Open systems (matter and energy exchange)
   - Isolated systems (no energy or matter exchange)
3. *Thermodynamic Processes*:
   - Isothermal (constant temperature)
   - Adiabatic (no heat transfer)
   - Isobaric (constant pressure)
   - Isochoric (constant volume)
4. *Energy and Work*:
   - Internal energy (U)
   - Enthalpy (H)
   - Heat capacity (C)
   - Work (W)
5. *Entropy and Free Energy*:
   - Entropy (S)
   - Gibbs free energy (G)
   - Helmholtz free energy (A)
6. *Thermochemical Equations*:
   - Enthalpy change (ΔH)
   - Entropy change (ΔS)
   - Gibbs free energy change (ΔG)
7. *Applications of Thermochemistry*:
   - Phase transitions
   - Chemical reactions
   - Biological systems

Make sure you understand the concepts, definitions, and relationships between these terms to excel in the thermochemistry section of the MCAT exam!

• #education
• #thermochemistry
• #mdcat
• #hesslaw
• #bornhabercycle
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• #doctors
• #thermodynamic