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... make a paper square covered in glitter. Her tube of glitter covers 13 in2. Estimate to the nearest tenth the side length of a square with an area of 13 in2. Since the area of the square is 13 in2, then each side of the square is in. 13 is not a perfect square, so find two consecutive perfect squares ...
... make a paper square covered in glitter. Her tube of glitter covers 13 in2. Estimate to the nearest tenth the side length of a square with an area of 13 in2. Since the area of the square is 13 in2, then each side of the square is in. 13 is not a perfect square, so find two consecutive perfect squares ...
Student Version
... Assuming that the pattern would continue, he used it to find the value of 7. 42 . Explain how he used the pattern to find 7. 42 , and then use the pattern to find 8. 42 . ...
... Assuming that the pattern would continue, he used it to find the value of 7. 42 . Explain how he used the pattern to find 7. 42 , and then use the pattern to find 8. 42 . ...
MATH 0301 - The University of Texas at El Paso
... The expression 3 8 is called a radical expression, where 3 is called the index, is the radical sign, and 8 is called the radicand. The index of a radical expression must always be a positive integer greater than 1. When no index is written it is assumed to be 2, or a square root; as noted in example ...
... The expression 3 8 is called a radical expression, where 3 is called the index, is the radical sign, and 8 is called the radicand. The index of a radical expression must always be a positive integer greater than 1. When no index is written it is assumed to be 2, or a square root; as noted in example ...
