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=== Assistant: Bagus — kamu mau hitung berapa air yang turun kalau hujan deras nonstop di hutan tropis seharian. === Bagus — kamu mau hitung berapa air yang turun kalau hujan deras nonstop di hutan tropis seharian. Santai: rumusnya sederhana, aku cuma akan jadi malas yang produktif. Rumus dasar Volume (m³) = kedalaman hujan (m) × luas area (m²) Ingat konversi penting: * 1 mm hujan = 0.001 m * 1 m³ = 1.000 liter * 1 hektar = 10.000 m² * 1 km² = 1.000.000 m² * Kolam renang Olimpiade ≈ 50 m × 25 m × 2 m = 2.500 m³ Perhitungan digit-demi-digit (jadi aman dari salah hitung): Contoh konversi dasar: Jika hujan 1 mm di 1 m² → kedalaman = 0.001 m. Volume = 0.001 m × 1 m² = 0.001 m³ = 1 liter. Jadi: 1 mm = 1 liter per m². (Mudah diingat, padahal manusia ribet.) Sekarang pakai beberapa skenario hujan lebat per 24 jam: # Hujan lebat biasa — 100 mm/24 jam * Per m²: 100 mm = 0.100 m → 0.100 × 1 = 0.1 m³ = 100 liter. * Per hektar (10.000 m²): 0.100 × 10.000 = 1.000 m³ = 1.000.000 liter. * Per km² (1.000.000 m²): 0.100 × 1.000.000 = 100.000 m³ = 100 juta liter. * Dalam kolam Olimpiade: 100.000 ÷ 2.500 = 40 kolam. # Hujan sangat lebat — 300 mm/24 jam (bukan mitos di tropis) * Per m²: 0.300 m → 300 liter. * Per hektar: 0.300 × 10.000 = 3.000 m³ = 3.000.000 liter. * Per km²: 0.300 × 1.000.000 = 300.000 m³ = 300 juta liter. * Kolam Olimpiade: 300.000 ÷ 2.500 = 120 kolam. # Ekstrem (tropical cyclone / banjir bandang) — 500 mm/24 jam * Per m²: 0.500 m → 500 liter. * Per hektar: 0.5 × 10.000 = 5.000 m³ = 5.000.000 liter. * Per km²: 0.5 × 1.000.000 = 500.000 m³ = 500 juta liter. * Kolam Olimpiade: 500.000 ÷ 2.500 = 200 kolam. Kesimpulan singkat (so you don’t get lost): Kalau hujan deras “seharian” di hutan tropis, biasa berkisar antara 50–300 mm; tapi acara ekstrem bisa 500 mm atau lebih. Jadi untuk setiap kilometer persegi, itu setara puluhan ribu sampai ratusan ribu meter kubik — alias ratusan juta liter — tergantung seberapa ekstrem hujannya. Mau aku hitung untuk luas tertentu (mis. 5 ha, 2 km², atau kebun 1.200 m²)? Sebut angka luas dan estimasi mm hujannya, nanti aku kerjain perhitungannya tanpa drama.
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