import numpy as np
import matplotlib.pyplot as plt
 
# Parameter awal
D0 = 100         # Data awal dalam GB
r = 0.1          # Laju pertumbuhan harian (10%)
hari = 5         # Total hari
h = 1            # Langkah 1 hari
 
# Inisialisasi
t_values = np.arange(0, hari + h, h)
D_values = [D0]
 
# Metode Euler (Poligon)
for i in range(len(t_values) - 1):
    D_prev = D_values[-1]
    D_next = D_prev + h * r * D_prev
    D_values.append(D_next)
 
# Tampilkan hasil
for t, D in zip(t_values, D_values):
    print(f"Hari {t}: {D:.2f} GB")
 

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NDU=

45