def add(a,b):
	c=a+b
	print(c)

def subtract(d,e):
    f=d-e
    print(f)	

def multiply(g,h):
    i=g*h
    print(i)

def divide(k,l):
    m=k/l
    print(m) 

def modulus(n,p):
    q=n%p
    print(q)  

def whole_division(r,t):
    v=r//t
    print(v)

def percentage(x,y):
	z=(x/y)*100
	print("{}%".format(z))

def exponent(s,u):
    w=s**u
    print(w)	

819747a7c03d00202d4eee0a4466ca0c6c5fc994
def add(a, b):
    c = a + b
    print(c)


<mask token>


def modulus(n, p):
    q = n % p
    print(q)


<mask token>


def percentage(x, y):
    z = x / y * 100
    print('{}%'.format(z))


def exponent(s, u):
    w = s ** u
    print(w)

def add(a, b):
    c = a + b
    print(c)


def subtract(d, e):
    f = d - e
    print(f)


<mask token>


def modulus(n, p):
    q = n % p
    print(q)


def whole_division(r, t):
    v = r // t
    print(v)


def percentage(x, y):
    z = x / y * 100
    print('{}%'.format(z))


def exponent(s, u):
    w = s ** u
    print(w)

def add(a, b):
    c = a + b
    print(c)


def subtract(d, e):
    f = d - e
    print(f)


def multiply(g, h):
    i = g * h
    print(i)


<mask token>


def modulus(n, p):
    q = n % p
    print(q)


def whole_division(r, t):
    v = r // t
    print(v)


def percentage(x, y):
    z = x / y * 100
    print('{}%'.format(z))


def exponent(s, u):
    w = s ** u
    print(w)

def add(a, b):
    c = a + b
    print(c)


def subtract(d, e):
    f = d - e
    print(f)


def multiply(g, h):
    i = g * h
    print(i)


def divide(k, l):
    m = k / l
    print(m)


def modulus(n, p):
    q = n % p
    print(q)


def whole_division(r, t):
    v = r // t
    print(v)


def percentage(x, y):
    z = x / y * 100
    print('{}%'.format(z))


def exponent(s, u):
    w = s ** u
    print(w)

def add(a,b):
	c=a+b
	print(c)

def subtract(d,e):
    f=d-e
    print(f)	

def multiply(g,h):
    i=g*h
    print(i)

def divide(k,l):
    m=k/l
    print(m) 

def modulus(n,p):
    q=n%p
    print(q)  

def whole_division(r,t):
    v=r//t
    print(v)

def percentage(x,y):
	z=(x/y)*100
	print("{}%".format(z))

def exponent(s,u):
    w=s**u
    print(w)	
