for p in range(7, 17):

for x in range(p):

for y in range(p):

for z in range(p):

s = y * (p**2) + 4 * p + y + y * (p**2) + 6 * p + 5

r = x * (p**3) + z * (p**2) + 3 * p + 3

if s == r:

print(x * (p**2) + y * p + z)

from string import *

alphbaet = digits + ascii_uppercase

for p in range(7, 36+1):

for x in alphbaet[:p]:

for y in alphbaet[:p]:

for z in alphbaet[:p]:

if int(f'{y}4{y}', p) + int(f'{y}65', p) == int(f'{x}{z}33', p):

print(int(x + y + z, p))