doper0

# my moduls #





def power():   ###############################   1. power number with another one.
    y = int(input('enter a number for power '))
    z = int(input('enter a number for power with it '))

doper0

s=""
o=""
z=input('write sentese for encrypt ')+'   '
y=0
#y=int(input('Select a number to move the letters and encrypt it '))
for y in range(24):
    for x in z:
	     if ord(x)>=ord('a') and ord(x)<=ord('z'):
		     o+=chr((ord(x)+y-ord('a'))%26+ord('a'))
	     else:

doper0

#Shows the Fibonacci series up to the number the user has selected
x,y=0,1
z=int(input('enter a number'))
r=0
z=z-1
while r<=z:

        x,y=y,y+x
        r=r+1

doper0

##################################################################################################
#  A calculator containing all the operations of the account is rooting for the numbers entered  #
#                and showing the abbreviated multiplication formulas                             #
##################################################################################################
import math as z
x=int(input('enter a number as x '))
y=int(input('enter another number as y '))
print('x =',x)
print('y =',y)
print('root x=',z.sqrt(x))