import numpy as np

a = np.array([1, 2, 3])

print(type(a))

print('Numpy Array:\n',a)

print('Addition of Numpy Arrays with constant:\n',a+13)

print('Addition of Numpy Arrays:\n',a+a)

print('Multiplication of Numpy Arrays with constant:\n',a*3)

print('Multiplication of Numpy Arrays with another:\n',a*a)

print('Divison of Numpy Arrays with constant:\n', a/3)

print('Divison of Numpy Arrays with another:\n', a/a)

print('Power of Numpy Arrays with constant:\n', a**4)

print('Power of Numpy Arrays with another:\n', a**a)

print('Remainder of Numpy Arrays with constant:\n',a%2)

print('Remainder of Numpy Arrays with another:\n',a%a)

print('Subtraction of Numpy Arrays with constant:\n', a-1)

print('Subtraction of Numpy Arrays with another:\n', a-a)

try:

a1=[1, 2, 3]

print('\n',type(a1))

print('Common List:\n', a1)

print('Addition of Lists:\n',a1+a1)

print('Multiplication of List with constant:\n',a1*3)

print(a1+13) #error

print(a1*a1) #error

print(a1/3) #error

print(a1/a1) #error

print(a1**4) #error

print(a1*a1) #error

print(a1%2) #error

print(a1%a1) #error

print(a1-1) #error

print(a1-a1) #error

except TypeError:

print('TypeError')

Solve Problems by Coding Solutions - A Complete solution for python programming

### To check the number is composite number or not

n=int(input('Enter the number '))

factor=0

for i in range(1,n):

if n%i==0:

factor=i

if factor>1:

print ('The number is a composite number!')

elif n==1:

print ('The number 1 is neither prime nor composite!')

else:

print ('This is not a composite number!')

factor=0

for i in range(1,n):

if n%i==0:

factor=i

if factor>1:

print ('The number is a composite number!')

elif n==1:

print ('The number 1 is neither prime nor composite!')

else:

print ('This is not a composite number!')

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