Problem set 2.1 no 6
Hasil
Problem set 7.1 no. 1
import numpy as np
def diff_y (x,y):
fungsi = x**2 - 4*y
return (fungsi)
x = 0
y = 1
h = 0.01
step_size = np.arange (0,0.03,h)
for t in step_size:
k1 = diff_y (x,y)
k2 = diff_y ((x+0.5*h), (y+0.5*k1*h))
y = y + k1*h
print ('maka y(0.03) adalah', y)