Page 5 - Modul Fisika Dasar Berorientasi Case Method

DAFTAR GAMBAR

Gambar 1. Gaya Pada Permukaan Benda ................................................................................ 5

Gambar 2. Tekanan Pada Ban Mobil....................................................................................... 6
Gambar 2. Gaya-gaya yang bekerja pada permukaan benda................................................... 7

Gambar 3. Gaya Vertikal ......................................................................................................... 8
Gambar 4. Tekanan dalam fluida ............................................................................................ 8

Gambar 5. Gaya tekan yang dialami oleh permukaan keempat bejana sama besar ................ 10

Gambar 6. Gambar Pipa U ...................................................................................................... 11

Gambar 7. Bola Berlubang ...................................................................................................... 12

Gambar 8. Skema Rem Hidrolik ............................................................................................. 12

Gambar 9. Skema Dongkrak Hidrolik ..................................................................................... 13

Gambar 10. Tabung Raksa ...................................................................................................... 15

Gambar 13 Arah gaya hidrostatik ............................................................................................ 16

Gambar 14 Arah gaya hidrostatik ............................................................................................ 16

Gambar 11. Berat fluida yang dipindahkan ............................................................................. 17

Gambar 12. Benda Terapung ................................................................................................... 19

Gambar 13. Contoh Tegangan Permukaan .............................................................................. 20

Gambar 14. Gaya Tegangan Permukaan ................................................................................. 20

Gambar 15. Gaya Kohesi ........................................................................................................ 21

Gambar 16. Arah Gaya Kohesi................................................................................................ 22

Gambar 17. Kohesi Molekul Air ............................................................................................ 22

Gambar 18. Bentuk Hasil Tegangan Permukaan ..................................................................... 23

Gambar 19. Gaya Tegangan Permukaan pada Kawat yang dilengkungkan ........................... 23

Gambar 20. Perpindahan ........................................................................................................ 24

Gambar 21. Gaya Kohesi dan Adhesi pada bejanai ............................................................... 25

Gambar 22. Perbandingan Gejala Kapilaritas Air dan Raksa ................................................. 26

Gambar 23. Gejala Kapilaritas ................................................................................................ 27

Gambar 24. Viskositas dalam Fluida ....................................................................................... 28

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