13
5 squared = 25 8 squared = 64 64+25=89
16 and 64. 16 is 4 squared. 64 is 8 squared.
The answer is 537
5^2 - (5 + 8) 25 - 13 12
To simplify ( \frac{5^2}{8^{5/8}} ) divided by ( 8^{2} ), first, rewrite it as ( \frac{5^2}{8^{5/8} \cdot 8^2} ). This can be simplified further since ( 8^2 = 8^{16/8} ), so we combine the exponents: ( 8^{5/8 + 16/8} = 8^{21/8} ). Thus, the expression simplifies to ( \frac{5^2}{8^{21/8}} ).
1000000
5 squared = 25 8 squared = 64 64+25=89
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!
16 and 64. 16 is 4 squared. 64 is 8 squared.
20cm squared
104
The answer is 537
5^2 - (5 + 8) 25 - 13 12
If you mean 10,000 squared then it is: 2^8 times 5^8 = 100,000,000
20x2 - 27x -8 20 * -8 is -160, and -32 and 5 add to -27 20x2 - 32x + 5x - 8 4x(5x-8) + 1(5x-8) (4x + 1)(5x-8)
To simplify ( \frac{5^2}{8^{5/8}} ) divided by ( 8^{2} ), first, rewrite it as ( \frac{5^2}{8^{5/8} \cdot 8^2} ). This can be simplified further since ( 8^2 = 8^{16/8} ), so we combine the exponents: ( 8^{5/8 + 16/8} = 8^{21/8} ). Thus, the expression simplifies to ( \frac{5^2}{8^{21/8}} ).
200x squared.