true (that's the whole point of absolute value)
The product will be a rational number whose absolute value is bigger than the absolute value of the whole number.The product will be a rational number whose absolute value is bigger than the absolute value of the whole number.The product will be a rational number whose absolute value is bigger than the absolute value of the whole number.The product will be a rational number whose absolute value is bigger than the absolute value of the whole number.
There are two different ways. You subtract a whole number from it: Example: (-1) - 4 = (-5). Or, you can add another negative number: Example: (-1) + (-4) = (-5) No, actually add the absolute value. For example 4 -(-1) = 4 + 1 = 5
0.4 is not a whole number and so no whole number has a value of 0.4
noNo. There are positive and negative integers. Zero is also an integer.-----------------------An integer simply means a whole number/value. It shouldn't matter whether it is positive or negative.
Yes, absolute value is a number that is a whole number and it is non-negative.
true (that's the whole point of absolute value)
"What's the absolute value?" is a question you can ask of any number. Asking the question doesn't change the number. How to answer to the question for a negative number is simply to remove the negative sign. So the absolute value of -12.3 is 12.3 or 12 rounded to the nearest whole number; the absolute value of -12.7 is 12.7 or 13 rounded to the nearest whole number.
The product will be a rational number whose absolute value is bigger than the absolute value of the whole number.The product will be a rational number whose absolute value is bigger than the absolute value of the whole number.The product will be a rational number whose absolute value is bigger than the absolute value of the whole number.The product will be a rational number whose absolute value is bigger than the absolute value of the whole number.
the same as adding whole numbers. two negatives = negative. two positives = positive, and a negative and positive depends on the absolute value of the greater number.
–7 is already a whole number. Its absolute value is 7.
absolute value means how many spaces away from zero, so the absolute value of -1 is 1 this is represwnted as l-1l=1 and an integer is just a number that doesnt have a decimal or fraction so a whole number but it can be either positive or negative absolute value integers include stuff like l-1l, l7l, l-21l, etc.
Neither. For any whole number there is an absolute number which is larger and for any absolute number there is a whole number which is larger.
An integer is a whole number without decimals or fractions
You cannot. By definition, a proper fraction is a number whose absolute value is between 0 and 1. There are no whole numbers between 0 and 1 so the number cannot be changed into a whole number. Also, since the absolute value is less than 1, it cannot be expressed as a mixed number.
The absolute value of 40 hundredths is less than one and so you cannot write it as a whole number.
The absolute value of a number is the value of the number before any decimal places are considered and ignoring any negative signs. for example, the absolute value of -5.98 is 5. You simply take the positive whole number value and ignore the numbers after the decimal point. The floor function drops anumber to the lowest whole number before the decimal point. For instance, 5.98 would become 5. However -5.98 would be -5. The negative sign matters in this instance. I have found an interesting relationship between the two functions to estimate a square root. sqrt(n) aproximately= [n +abs(floor(sqrt(n)))*abs(floor(sqrt(n)))]/(2*abs(floor(sqrt(n)))+1).