multiply the number by itselfRaising a number to the second power means you are squaring the number, multiplying it by itself. 2 squared= 2*2=43 squared=3*3=9
he made the theorem C squared = A squared + B squared and A squared = C squared - B squared or B squared = C squared - A squared
9 squared is 81 and 16 squared is 256
T squared is T times T. T squared and T squared appears to be the addition of T squared with itself. That answer would be 2T squared or 2T^2
104
(-43)2 = 1,849(same as +43 squared)
3 + 43 = 46 7 squared = 49 46 + 49 = 95
To solve this, multiply the two values (assuming you mean a rectangle) This will leave you with 559in(squared)
It lies between 1848 and 1850. See if you can figure out what it is!
Apart from writing out the answer it is hard to help you because we do not know what the difficulty is here: 422 is 16x2, and 523 is 25x3 and the difference is 43. Or perhaps you mean 4xsquared 2 - 5x squared 3, but even then we don't know what the difficulty is.
multiply the number by itselfRaising a number to the second power means you are squaring the number, multiplying it by itself. 2 squared= 2*2=43 squared=3*3=9
3x2 -4 (x=3)3(32)-43(9)-427-4=23
he made the theorem C squared = A squared + B squared and A squared = C squared - B squared or B squared = C squared - A squared
3x squared - x squared = 2x squared
9x squared-15x squared = -6
2 squared X 3 squared = 5 squared
1 squared = 1 2 squared = 4 3 squared = 9 4 squared = 16 5 squared = 25 6 squared = 36 7 squared = 49 8 squared = 64 9 squared = 81 10 squared = 100