In Python: 1) Implement a program that requests a positive integer n and prints on the screen all the positive divisors of n. Note: 0 is not a divisor of any integer, and n divides itself. (Example, it should look like this:) >>> Enter n: 49 1 7 49 2) Implement a program that requests the user to enter the x and y coordinates (each between 10 and 10) of a dart and computes whether the dart has hit the dartboard, a circle with center (0,0) and radius 8. If so, string, It is in!, should be printed on the screen. (Example, It should look like this:) >>> Enter x: 2.5 Enter y: 4 It is in! Solution 1). x = int(input(\"Enter n: \")) if x <= 0: print \"Entered number is not positive\" else: for i in range(1,x+1): if(x%i==0): print i 2). from math import sqrt def distance(x,y): return sqrt( (x)**2 + (y)**2 ) x = float(input(\"Enter x: \")) y = float(input(\"Enter y: \")) if(distance(x,y)<8): print \"It is in!\" else: print \"It is not in!\" .

1. In Python:
1) Implement a program that requests a positive integer n and prints on the screen all the positive
divisors of n. Note: 0 is not a divisor of any integer, and n divides itself.
(Example, it should look like this:)
>>>
Enter n: 49
1
7
49
2) Implement a program that requests the user to enter the x and y coordinates (each between 10
and 10) of a dart and computes whether the dart has hit the dartboard, a circle with center (0,0)
and radius 8. If so, string, It is in!, should be printed on the screen.
(Example, It should look like this:)
>>>
Enter x: 2.5
Enter y: 4
It is in!
Solution
1).
x = int(input("Enter n: "))

2. if x <= 0:
print "Entered number is not positive"
else:
for i in range(1,x+1):
if(x%i==0):
print i
2).
from math import sqrt
def distance(x,y):
return sqrt( (x)**2 + (y)**2 )
x = float(input("Enter x: "))
y = float(input("Enter y: "))
if(distance(x,y)<8):
print "It is in!"
else:
print "It is not in!"