Lambda.py

#lambda arguments:expression

# x=lambda a:a+2
#y=lambda a:a+3
# print(x(4))

# x=lambda a,b,c:a+b*c*7+4
# print(x(4,6,7))

# def mult(a):
#     return lambda n:n+6*a
# x=mult(5)
# print(x(4))

#--------------------------------------

# def square(n):
#     return n*n
# print(square(5))

# y=lambda x:x*x
# print(y(5))

# x=lambda a,b:a*b
# print(x(2,8))

#--------------------------------------


# def mult(n):
#     return lambda a:a*n
#
# num=mult(6)
# print(num(7))
#
# num1=mult(7)
# print(num1(7))


# def add(a):
#     c=a+2
#     return c
# print(add(5))

#(same with lambda and function)#

# x=lambda b:b+2
# print(x(5))


# x=lambda a,b:a*b+5
# print(x(7,5))

# def multi(n):
#     return lambda a:a*n
# z=multi(6)
# print(z(5))
# y=multi(7)
# print(y(8))

# x=lambda a,b:a*b-2
# print(x(2,3))

# def mult(n):
#     return lambda a:a*n
#
# z=mult(6)
# print(z(7))
#
# a=mult(8)
# print(a(9))




z=lambda x,y:x*y
print(z(2,7))


def mark(n):
    return n*n
print(mark(2))