Di dalam bab ini, anda akan meneroka asas bagaimana arus elektrik boleh terhasil, pengaliran arus di dalam konduktor, sambungan litar elektrik dan juga penggunaan tenaga elektrik.
Course Content
3.1 Arus dan Beza Keupayaan
Medan Elektrik
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Kekuatan Medan Elektrik
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Kelakuan Zarah Bercas di dalam Suatu Medan Elektrik
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Arus Elektrik
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Beza Keupayaan
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Latihan Pengukuhan
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3.2 Rintangan
Konduktor Ohm dan Konduktor Bukan Ohm
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Menyelesaikan Masalah bagi Sambungan Litar Kombinasi Bersiri dan Selari
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Faktor-faktor yang Mempengaruhi Rintangan Dawai
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Aplikasi Kerintangan Dawai dalam Kehidupan Harian
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Menyelesaikan Masalah Melibatkan Rumus Rintangan Dawai
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3.3 Daya Gerak Elektrik (d.g.e) dan Rintangan Dalam
Daya Gerak Elektrik
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Rintangan Dalam
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Menentukan d.g.e dan Rintangan Dalam Sel Kering
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Kesan Sambungan Sel Kering secara Bersiri dan Selari
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Menyelesaikan Masalah Melibatkan d.g.e dan Rintangan Dalam Sel Kering
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Aplikasi: E.V.
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3.4 Tenaga dan Kuasa Elektrik
Hubungan antara Tenaga Elektrik (E), Voltan (V), Arus (I) dengan Masa (t)
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Hubungan antara Kuasa (P), Voltan (V) dengan Arus (I)
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Menyelesaikan Masalah dalam Kehidupan Harian yang Melibatkan Tenaga dan Kuasa Elektrik
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