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3.2. KECEPATAN DAN PERCEPATAN ANGULAR.......... 88
3.3. TORSI DAN MOMEN INERSIA .................................. 91
3.4. PEMECAHAN MASALAH DINAMIKA ROTASI DENGAN
HUKUM KEKEKALAN ENERGI MEKANIK........................... 97
3.5. HUKUM KEKEKALAN MOMENTUM SUDUT........... 101
3.6 KESETIMBANGAN BENDA...................................... 103
3.7 RANGKUMAN........................................................... 109
3.8 SOAL KOMPETENSI................................................ 110
BAB 4 .................................................................................. 113
USAHA DAN ENERGI......................................................... 113
4.1 USAHA...................................................................... 115
4.2 DAYA ........................................................................ 119
4.3 KONSEP ENERGI .................................................... 120
4.4 ENERGI MEKANIK ................................................... 122
4.5 KERJA OLEH GAYA KONSERVATIF DAN OLEH
GAYA NON-KONSERVATIF............................................... 124
4.6 KEGIATAN................................................................ 126
4.7 RANGKUMAN........................................................... 127
4.8 SOAL UJI KOMPETENSI.......................................... 128
BAB 5 ...................................................................................... 131
MOMENTUM DAN IMPULS.................................................... 131
5.1 PENGERTIAN MOMENTUM DAN IMPULS ............. 133
5.2 IMPULS SEBAGAI PERUBAHAN MOMENTUM...... 134
5.3 HUKUM KEKEKALAN MOMENTUM........................ 135
5.4 TUMBUKAN.............................................................. 137
5.5 KEGIATAN................................................................ 139
5.6 RANGKUMAN........................................................... 140
BAB 6 ...................................................................................... 143
SIFAT MEKANIK BAHAN........................................................ 143
6.1. SIFAT MEKANIK BAHAN ......................................... 145
6.2 RANGKUMAN........................................................... 160
6.3 SOAL UJI KOMPETENSI.......................................... 162
BAB 7 ...................................................................................... 165
SUHU DAN KALOR ................................................................ 165
7.1 PENGUKURAN TEMPERATUR............................... 167
7.2 TEMPERATUR GAS IDEAL, TERMOMETER
CELCIUS, DAN TERMOMETER FAHRENHEIT................. 168
7.3 ASAS BLACK DAN KALORIMETRI.......................... 169
7.4 HANTARAN KALOR. ................................................ 170
BAB 8 ...................................................................................... 181
DINAMIKA FLUIDA ................................................................. 181
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