(c + 8)(c - 8)= c^2 - 64
1n=n 1xn if n mean 64, n=64, 1xn=64,1n=64
If you mean a circle inscribed in the square: C = circumference, π = pi, r = radius, s = side, P = perimeter C = 2πr r = s/2 C = πs s = P/4 C = πP/4 So for this problem, the circumference is 9π, or about 28.3 If you mean a square inscribed in the circle, the computations are practically the same, except: r = sqrt(2)s/2 C = sqrt(2)πs C = sqrt(2)πP/4 So for this problem, the circumference is sqrt(2)9π, or about 40.0
The factors of eight are three 2's. Eight squared is 64 (8 x 8). So the factors of 64 are six 2's.
Oh, dude, you're hitting me with some math here! So, 8 squared is 64, 15 squared is 225, and c squared is... well, c squared. If you add 64 and 225 together, you get 289. So, the answer is 289c squared. Math can be fun when you add a little sarcasm to it!
64 squares on a checkerboard
64 squares on a checkerboard
64 squares in checkerboard (or chess board).
64 squares on a chess board
64 squares on a checkerboard.
Sikorski's Model S-64 Skycrane is known in US Army as the CH-54 Tarhe
64 Squares on a Draughts Board
squares on a chess (checker) board
64 black and white squares ona chess board
If it was 64 then it would be Squares on a Chess Board
C. I. Burkinshaw has written: 'Beyond Basic on the Commodore 64' -- subject(s): Machine codes (Electronic computers), Programming, Commodore 64 (Computer)
Use '%s', eg: char name[64]; scanf ("%s", name);