Perfect square numbers are numbers that are the result of multiplying an integer by itself. The perfect square numbers up to 2000 are 1^2, 2^2, 3^2, 4^2, 5^2, 6^2, 7^2, 8^2, 9^2, 10^2, 11^2, 12^2, 13^2, 14^2, 15^2, 16^2, 17^2, 18^2, 19^2, 20^2, 21^2, 22^2, 23^2, 24^2, 25^2, 26^2, 27^2, 28^2, 29^2, 30^2, 31^2, 32^2, 33^2, 34^2, 35^2, 36^2, 37^2, 38^2, 39^2, 40^2, 41^2, 42^2, 43^2, 44^2, 45^2, 46^2, 47^2, 48^2, 49^2, 50^2, 51^2, 52^2, 53^2, 54^2, 55^2, 56^2, 57^2, 58^2, 59^2, 60^2, 61^2, 62^2, 63^2, 64^2, 65^2, 66^2, 67^2, 68^2, 69^2, 70^2, 71^2, 72^2, 73^2, 74^2, 75^2, 76^2, 77^2, 78^2, 79^2, 80^2, 81^2, 82^2, 83^2, 84^2, 85^2, 86^2, 87^2, 88^2, 89^2, 90^2, 91^2, 92^2, 93^2, 94^2, 95^2, 96^2, 97^2, 98^2, 99^2, 100^2, 101^2, 102^2, 103^2, 104^2, 105^2, 106^2, 107^2, 108^2, 109^2, 110^2, 111^2, 112^2, 113^2, 114^2, 115^2, 116^2, 117^2, 118^2, 119^2, 120^2, 121^2, 122^2, 123^2, 124^2, 125^2, 126^2, 127^2, 128^2, 129^2, 130^2, 131^2, 132^2, 133^2, 134^2, 135^2, 136^2, 137^2, 138^2, 139^2, 140^2, 141^2, 142^2, 143^2, 144^2, 145^2, 146^2, 147^2, 148^2, 149^2, 150^2, 151^2, 152^2, 153^2, 154^2, 155^2, 156^2, 157^2, 158^2, 159^2, 160^2, 161^2, 162^2, 163^2, 164^2, 165^2, 166^2, 167^2, 168^2, 169^2, 170^2, 171^2, 172^2, 173^2, 174^2, 175^2, 176^2, 177^2, 178^2, 179^2, 180^2, 181^2, 182^2, 183^2, 184^2, 185^2, 186^2, 187^2, 188^2, 189^2, 190^2, 191^2, 192^2, 193^2, 194^2, 195^2, 196^2, 197^2, 198^2, 199^2, 200^2.
There are 48 different numbers that are considered to be perfect numbers. The perfect numbers that are up to 100 include 6 and 28.
1,4,9,16,25,36,49,64,81,100,121,144,169,196,225,256,289,324,361,400 All the square numbers up to 20!
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The most obvious answer here is to simply take it's square root, and see if the answer is an integer. If it is, then your number is a perfect square. If you don't know it's square root offhand and don't have a calculator handy, you could do it by adding up a series of odd numbers, and seeing if they reach a sum that is equal to the original number. If they do, then you have a perfect square. Otherwise, you don't. For example, is 36 a perfect square? Let's find out: 0 + 1 = 1 1 + 3 = 4 4 + 5 = 9 9 + 7 = 16 16 + 9 = 25 25 + 11 = 36 Since we hit 36 with our addition, we know that 36 is indeed a perfect square.
The two square numbers that add up to 225 are 144+81 = 225
Well, honey, let me break it down for you. The square root of 2000 is around 44.72, so the closest pair of square numbers that add up to 2000 are 44^2 and 45^2. In other words, 1936 + 2025 = 3961, not 2000. So, there ain't no pair of square numbers that add up to 2000.
There are 48 different numbers that are considered to be perfect numbers. The perfect numbers that are up to 100 include 6 and 28.
The two square numbers that add together to make 64 are 36 and 28. This is because 36 is the square of 6 (6 x 6 = 36) and 28 is the square of 4 (4 x 4 = 16). When you add 36 and 28 together, you get 64.
right angle square
Because numbers are infinite, there is an infinite number of answers. e.g. What number should be added to 2 to make a perfect square? 2+2=4 (a perfect square) 2+7=9 (a perfect square) 2+14=16 (a perfect square) 2+23=25 (a perfect square) etc... Did you have a specific number in mind.
Take the square root of 1617 and round it up. Take the square root of 5929 and round it down. That gives you the lower and upper range of the numbers which you must square to get the desired perfect squares.
square numbers 1 to 1000
1,4,9,16,25,36,49,64,81,100,121,144,169,196,225,256,289,324,361,400 All the square numbers up to 20!
82
You just want us to put numbers going up to 2000
The perfect squares up to 4 are 1 and 4.
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