| Bahan Kajian | - Sistem, satuan, dan definisi termodinamika
- Persamaan keadaan: gas ideal, virial, dan kubik
- Sistem dan proses termodinamika
- Sistem aliran gas ideal
- Siklus-siklus termodinamika
- Kesetimbangan fasa uap cair sistem ideal dan tidak ideal
- Kesetimbangan reaksi kimia: reaksi tunggal homogen, heterogen, dan multi-reaksi homogen
- Pengenalan fluid package perangkat lunak
| - System, unit, and definition of thermodynamics
- State equation: ideal gas, virial, and cubic
- Thermodynamics system and process
- Ideal gas system
- Thermodynamics cycles
- Liquid vapor phase equilibrium of ideal and non-ideal systems
- Chemical reaction equilibrium: homogeneous single reactions, heterogeneous, and homogeneous multi-reactions
- Introduction to fluid packages software
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu menyusun persamaan neraca energi untuk setiap operasi Teknik Kimia berbasis hukum Termodinamika I.
- Mampu membandingkan efisiensi mesin panas dan pompa panas berbasis Hukum Termodinamika II.
- Mampu menerapkan persamaan keadaan untuk merepresentasikan kondisi fluida nyata.
- Mampu menggunakan persamaan dalam perhitungan kesetimbangan fasa pada kondisi nyata.
- Mampu menghitung koordinat reaksi dan komposisi pada reaksi kesetimbangan
| - Able to form energy balance equations for each chemical engineering operation based on the First Law of Thermodynamics.
- Able to compare the efficiency of heat engines and heat pumps based on the Second Law of Thermodynamics.
- Able to apply the equation of state to represent real fluid conditions.
- Able to use equations in calculating phase equilibrium in real conditions.
- Able to calculate reaction coordinates and composition in equilibrium reactions
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