I forget his name, but its something like Pythagoreus, as the rule is called the "Pythagorean Theorem"
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A squared + B squared = c squared. c is across from the right angle and you subtract A from C and that's your answer
When you divide b squared by b squared, you are essentially dividing like terms. The rule of exponents states that when you divide like bases, you subtract the exponents. In this case, b squared divided by b squared simplifies to b^(2-2) which equals b^0. Any non-zero number raised to the power of 0 is equal to 1. Therefore, b squared divided by b squared equals 1.
b to the fourth power
(a+b)2
Really you don't have enough data to calculate this.The height is not necessarily one of the three sides. The height is perpendicular to the width.If the triangle has a right angle, and you know two of the sides, you can calculate the third side using the rule of Pythagoras (a squared + b squared = c squared).Really you don't have enough data to calculate this.The height is not necessarily one of the three sides. The height is perpendicular to the width.If the triangle has a right angle, and you know two of the sides, you can calculate the third side using the rule of Pythagoras (a squared + b squared = c squared).Really you don't have enough data to calculate this.The height is not necessarily one of the three sides. The height is perpendicular to the width.If the triangle has a right angle, and you know two of the sides, you can calculate the third side using the rule of Pythagoras (a squared + b squared = c squared).Really you don't have enough data to calculate this.The height is not necessarily one of the three sides. The height is perpendicular to the width.If the triangle has a right angle, and you know two of the sides, you can calculate the third side using the rule of Pythagoras (a squared + b squared = c squared).