the answer is 90,000
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You square the number of integers you are looking for, in this case; 300. So, 300 squared = 300 x 300 = 90,000. Thus, the sum of the first 300 odd numbers is 90,000.
9 ft2 = 1 yd2 18 ft2 = 2 yd2 27 ft2 = 3 yd2 36 ft2 = 4 yd2 . . . 300 ft2 = 331/3 yd2
There is no "the" square number. 225, 256 and 289 are THREE square numbers between 200 and 300.
2 squared x 5 squared The GCF of 30 and 100 is 10. The LCM of 30 and 100 is 300.
All numbers can be squared, as squaring a number simply means to multiply it by itself. This means that every possible number between 200 and 300 can be squared. If on the other hand, you actually mean to ask for a "perfect square" between 200 and 300 (ie. a number who's square root is an integer), then any of the following would work: 152 = 225 162 = 256 172 = 289