Page 3 - E-Modul Fisling Berbasis STEM_Neat
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DAFTAR ISI
COVER
KATA PENGANTAR ........................................................................................................ 2
DAFTAR ISI ....................................................................................................................... 3
PENDAHULUAN .............................................................................................................. 4
A. Deskripsi ................................................................................................................. 4
B. Petunjuk Dalam Penggunaan E-modul ................................................................... 4
C. Tujuan Pembelajaran .............................................................................................. 4
D. Rekomendasi Keberhasilan Pembaca dalam Menyelesaikan Soal ......................... 6
KEGIATAN BELAJAR 1
HUKUM TERMODINAMIKA .......................................................................................... 7
A. Definisi dan Aplikasi Termodinamika .................................................................... 7
B. Kalor, Usaha, Energi Dalam, dan Proses dalam Termodinamika ........................... 8
C. Gas Ideal ................................................................................................................ 18
D. Persamaan Umum Gas Ideal ................................................................................... 19
E. Entalpi, Hukum Hess, dan Entropi ......................................................................... 23
F. Kalor Jenis Gas Ideal .............................................................................................. 29
G. Efisiensi Termal (Thermal Efficiency) .................................................................... 30
H. Hukum-Hukum Termodinamika ............................................................................. 31
I. Siklus Carnot ........................................................................................................... 45
J. Prinsip Carnot ......................................................................................................... 46
K. Mesin Kalor Carnot ................................................................................................ 47
L. Contoh Soal ............................................................................................................. 47
M. Rangkuman ............................................................................................................. 48
N. Soal Latihan ............................................................................................................ 49
KEGIATAN BELAJAR 2
HUKUM KEKEKALAN ENERGI .................................................................................... 51
A. Pengertian Energi .................................................................................................... 51
B. Energi Potensial ...................................................................................................... 51
C. Energi Kinetik ......................................................................................................... 58
D. Hukum Kekekalan Energi Mekanik ........................................................................ 58
E. Hukum Kekekalan Energi ....................................................................................... 59
F. Persoalan Yang Melibatkan Gesekan Kinetik ........................................................ 60
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