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Gambar 7.1 Hubungan Tekanan Uap Pelarut Murni (P ) dan Tekanan
o
Uap Larutan (P) ........................................................................................... 246
Gambar 7.2 Penurunan Tekanan Uap ......................................................................... 246
Gambar 9.1 Sel Volta Elektroda Zn dan Cu dengan Larutan ZnSO4
dan CuSO4 .......................................................................................................................................................... 301
Gambar 9.2 Contoh-contoh produk baterai .............................................................. 311
Gambar 9.3 Korosi pada Besi dan Korosi pada Perak ........................................... 313
Gambar 10.1 Laser Argon ................................................................................................... 373
Gambar 10.2 Eritrosit mengandung Hemoglobin ..................................................... 377
Gambar 11.1 Perbandingan Struktur Alkana, Alkena dan Alkuna ...................... 394
Gambar 11.2 Sistem tata nama senyawa alkana secara trivial ............................ 399
Gambar 11.3 Isomer C4H10 .................................................................................................................................................. 401
Gambar 11.4 Reaksi Oksidasi Alkuna ............................................................................ 403
Gambar 11.5 Reaksi Substitusi Alkuna .......................................................................... 404
Gambar 11.6 Heksana yang Kehilangan duaAtom Hidrogen Membentuk
Sikloheksana ................................................................................................. 407
Gambar 11.7 Rumus Struktur dari Senyawa Siklo Alkana ..................................... 407
Gambar 11.8 Isomer Cis-Trans 1,4-dimetilsikloheksana ....................................... 409
Gambar 11.9 Reaksi Sikloalkana ...................................................................................... 409
Gambar 11.10 Isomer C4H8 .................................................................................................................................................... 414
Gambar 11.11 Isomer cis-trans 2-butena ....................................................................... 415
Gambar 11.12 Reaksi Oksidasi Alkena ............................................................................. 417
Gambar 11.13 Reaksi Pembakaran Alkena .................................................................... 418
Gambar 11.14 Reaksi Adisi Alkena .................................................................................... 418
Gambar 11.15 Reaksi Hidrohalogenasi Alkena............................................................. 419
Gambar 11.16 Reaksi Hidrasi Alkena ............................................................................... 420
Gambar 11.17 Reaksi Halogenasi Alkena ........................................................................ 421
Gambar 11.18 Reaksi Hidrogenasi Alkena ..................................................................... 422
Gambar 11.19 Reaksi Isomerisasi Alkena ....................................................................... 422
Gambar 11.20 Isomer Alkuna .............................................................................................. 426
Gambar 11.21 Reaksi Oksidasi Alkuna ............................................................................ 427
Gambar 11.22 Reaksi Ozonolisis Alkuna ......................................................................... 428
Gambar 11.23 Reaksi Hidrogenasi Alkuna ..................................................................... 429
xiv | Berbasis Case Method & Project
