Victor Sterpu Homework

# Question 1&2
print('Insert low boundary')
down=int(input())    # the lower limit of range
print('Insert up boundary')
up=int(input())      # the upper limit of range
print('Insert first divisor')
number1=int(input())  # the first divisor
print('Insert second divisor')
number2=int(input())  # the second divisor
count=0               # nr of solutions
summ=0                # sum of the solutions
for i in range(down,up+1):
   if i%number1==0 and i%number2!=0:
         count+=1
         summ+=i
print('Number of solutions=',count)
print('Sum of solutions=',summ)

# Question 3&4
import numpy as np
a=np.arange(24)   # First vector
b=np.arange(24)   # Second vector
print('Insert nth element')
position= int(input())
dotproduct=np.dot(a,b)
finarray=a*b      # Element wise product
element=np.array(finarray)
print('dotproduct=',dotproduct)
print(position,'th element=',element[position-1])