from AppliedMath import *
am = AppliedMath()
am.Question1_Fibonacci()
print()
print(am.Question2_Count2_Method1(35))
print()
print(am.Question5_Count_Trailing_Zero_Method1(25))
print(am.Question5_Count_Trailing_Zero_Method2(25))
input('end')

1230c3818710452cc730cf0b33a7ca09c78dd5e7
<mask token>

<mask token>
am.Question1_Fibonacci()
print()
print(am.Question2_Count2_Method1(35))
print()
print(am.Question5_Count_Trailing_Zero_Method1(25))
print(am.Question5_Count_Trailing_Zero_Method2(25))
input('end')

<mask token>
am = AppliedMath()
am.Question1_Fibonacci()
print()
print(am.Question2_Count2_Method1(35))
print()
print(am.Question5_Count_Trailing_Zero_Method1(25))
print(am.Question5_Count_Trailing_Zero_Method2(25))
input('end')

from AppliedMath import *
am = AppliedMath()
am.Question1_Fibonacci()
print()
print(am.Question2_Count2_Method1(35))
print()
print(am.Question5_Count_Trailing_Zero_Method1(25))
print(am.Question5_Count_Trailing_Zero_Method2(25))
input('end')
