Rumus Bunga Majemuk yang Benar

Rumus bunga majemuk adalah salah satu konsep penting dalam matematika keuangan. Dalam artikel ini, kita akan membahas rumus bunga majemuk yang benar dan bagaimana menggunakannya dalam perhitungan keuangan. Rumus bunga majemuk yang benar adalah $M_{n}=M_{0}(1+p^{n})$. Dalam rumus ini, $M_{n}$ adalah jumlah uang akhir setelah n periode, $M_{0}$ adalah jumlah uang awal, p adalah tingkat bunga per periode, dan n adalah jumlah periode. Rumus ini digunakan untuk menghitung jumlah uang yang akan diperoleh setelah n periode dengan tingkat bunga majemuk. Dalam konteks keuangan, bunga majemuk adalah bunga yang diperoleh dari investasi atau pinjaman yang ditambahkan kembali ke jumlah awal setiap periode. Misalnya, jika Anda memiliki investasi awal sebesar $10,000 dengan tingkat bunga 5% per tahun dan ingin mengetahui berapa jumlah uang yang akan Anda miliki setelah 5 tahun, Anda dapat menggunakan rumus bunga majemuk ini. Dalam hal ini, $M_{0}$ adalah $10,000, p adalah 0.05, dan n adalah 5. Dengan menggantikan nilai-nilai ini ke dalam rumus, kita dapat menghitung jumlah uang akhir yang akan diperoleh. $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ 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$M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,000(1+0.05^{5})$ $M_{n}=10,