For example, we know that 7 is greater than 3. So, the symbol is: 7>3. We know that 2 is less than 5. So the symbol would be: 2<5.
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Assuming that the estimate is based on sensible approximations, there is no simple way. You will need to compare the estimate and the true value. If you've rounded up, the estimate will be greater. If you've rounded down, the estimate will be less.
You mean a proper fraction (less than 1). Multiply anything by less than 1 and you will make it smaller. Therefore the square root of your result is bigger than the start value. For numbers bigger than one it's the other way round.
More or less solve it as if the inequality sign was an equals sign. When solving for x, y=mx+b and y<mx+b are done the same way. You just end up with x< or > some number rather than x= some number.
Horse Isle Answer: No EXPLANATION: The simplest way to solve is to simply assume numbers to substitute the variables: a=1, b=5, c=13 does this match the first two conditions? yes, it does: 1
The way the rectangle is usually defined, a rectangle has to be positive, so any number greater than zero will do. Note that the set of numbers greater than zero has no minimum.