Really? are you that stupid? Anyway 29 squared = 841
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252 = 625 and 262 = 676, both of which are bigger than 600 but smaller than 700. No other integer has this property, but any decimal number between 24.5 and 26.4 also satisfies this condition, if the answers are not restricted to integers.
30.1 <><><><><><> This can be solved easily by taking the square root of 900, which is 30, and 1000, which is about 31.62. So, any number between 30 and 31.62, exclusive, would square to be between 900 and 1000.
as i calculate it its 346, its the only cube number that's bigger than 200 but smaller than 400
You have two numbers. You want to know which one is bigger and which one is smaller. Start counting . . . one, two, three, four . . . etc. -- The one you get to first is the smaller one. -- The one you get to last is the bigger one.
They are 324 and 361 which are both square numbers
27
27 squared is 729.
27 and 28 will both meet that criteria.
The only integer answer is 31. 31^2 = 961.
Take your choice from: 15 16 17 18 and 19
-- Any number between 30 and 31.6 will do that. -- If you're only looking for a whole number, then 31 is the only one.
500
The positive integer whose square is between 900 and 1000 is 31. 312 = 961.
The smallest integer is 11 but there is no smallest number! 0.11 is a smaller number and will give a perfect square. 0.0011 is smaller still, and 0.000011 even smaller. That sequence is endless!
9
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