Answer VerifiedHint: First of all, we will factorize the number with suitable numbers such as, 2, 5, 7, 11 etcetera until the remainder comes 1, and then we will represent it in tabular form. Then we will write it in general form and then the numbers which are similar we will group them as, $a\times a=\overline{a}$ and then we will multiply the grouped terms, in this way we will find the final answer. Complete step-by-step solution - First of all, we will write the number in tabular form and then start its factorization until the remainder is 1, which can be given as, For 625,Now, this can be written in general form as, $625=5\times 5\times 5\times 5$Now, we will group two similar terms under one group, which can be seen as,$625=\overline{5\times 5}\times \overline{5\times 5}$Now, we will consider the grouped numbers as single number and on multiplying them we will get,$625=5\times 5=25$Hence, the square root of 625 is 25.Now, for 1225, Similar, to 625, 1225 can also be written in general form as, $1225=5\times 5\times 7\times 7$Now, we will group two similar terms under one group, which can be seen as,$1225=\overline{5\times 5}\times \overline{7\times 7}$Now, we will consider the grouped numbers as single number and on multiplying them we will get,$1225=5\times 7=35$Hence, the square root of 1225 is 35.Note: After converting the tabular general form, instead of grouping the similar terms, such as $625=\overline{5\times 5}\times \overline{5\times 5}$, we can also convert the similar terms in exponential form, which can be given as, $625={{5}^{4}}$ and then taking the square root of that we will get, \[625=\sqrt{{{5}^{4}}}={{5}^{2}}=25\]. Thus, this method can be considered as an alternative method. Find the square root of 1225. The prime factorization of 1225 is, 1225 = 5 × 5 × 7 × 7 To find the square root, we will take one number from each pair and multiply. `sqrt1225` = 5 × 7 = 35 `sqrt1225` = 35 Concept: Finding the Square Root of a Perfect Square Is there an error in this question or solution? Page 2Find the square root of 289. The prime factorization of 289 is, 289 = 17 × 17 To find the square root, we will take one number from each pair and multiply. `sqrt289` = 17 × 17 = 17 `sqrt289` = 17 Concept: Finding the Square Root of a Perfect Square Is there an error in this question or solution? Page 3Find the square root of 4096. The prime factorization of 4096 is, 4096 = 2 × 2 × 2 × 2 × 2 × 2 × 2 × 2 × 2 × 2 × 2 × 2 To find the square root, we will take one number from each pair and multiply. `sqrt4096` = 2 × 2 × 2 × 2 × 2 × 2 = 64 `sqrt4096` = 64 Concept: Finding the Square Root of a Perfect Square Is there an error in this question or solution? Page 4Find the square root of 1089. The prime factorization of 1089 is, 1089 = 3 × 3 × 11 × 11 To find the square root, we will take one number from each pair and multiply. `sqrt1089` = 3 × 11 = 33 `sqrt1089` = 33 Concept: Finding the Square Root of a Perfect Square Is there an error in this question or solution?
Sqrt(1225). Find the square root of 1225 or any other real number, positive or negative. Here are the answers to questions like: Square root of 1225 or what is the square root of 1225?
A square root of a number 'x' is a number y such that y2 = x, in other words, a number y whose square is y. For example, 35 is the square root of 1225 because 352 = 35•35 = 1225, -35 is square root of 1225 because (-35)2 = (-35)•(-35) = 1225. When writing math, people often use sqrt(x) to mean the square root of x. Read more about square root here: Square Root - Wikipedia and here: Square Root - Wolfram
Here is the square root symbol. It is is denoted by √, known as the radical sign or radix.
Square roots from 1 to 100 rounded to the nearest thousandth.
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