Answer:
B and C
Explanation:
xPos and yPos determine the center of the circle, and rad determines the radius of the circle drawn.
It cannot be A because it starts drawing a circle with the center of (4, 1). None of the circles ahve a center at (4, 1). It is B because while it does start at (4, 1), the repeat function adds one to the y and radius. While ti repeats 3 times it ends up drawing all 3 circles. C also works because it starts by drawing the biggest circle and then subtracting the values to make the other two. It cannot be D because in the repeat function it subtracts from the y value and radius too early, it doesn't draw the biggest circle.
World Wide Web (WWW)? I honestly don't know.
Answer:
Below is the required code:
Explanation:
Python Code
import os
import bin
dir = input("Please specify the location to the directory")
list = os.walk(dir)
a = length(list[1])
b = length(list[2])
print "Files: %n , Sub-dirs : %n" % (b,a)
decision = _(" Do you want to continue? (y/n) "))
if(decision):
cls
else :
exit()
Answer:
solution attached.
Explanation:
Also, the tetha time complexity of T_upper would be 
