A negative number is less than its absolute value.
Yes.
greater than > less than < pointy end towards the smaller value
Not sure what "this" is, but the conclusion is false.
The absolute value of |l-6| is the distance between the number 'l' and the number 6 on the number line, regardless of the direction. If l is greater than 6, the absolute value of |l-6| is l-6. If l is less than 6, the absolute value of |l-6| is 6-l. In either case, the absolute value function ensures that the result is always non-negative.
The absolute value of a number IS its distance from zero: not greater nor less than it.
No. The absolute value of negative nine is greater than the absolute value of 3.
28
The result is a number whose absolute value is greater than a.
Any number that is greater than 14 or less than -14 will have an absolute value greater than 14. Mathematically expressed as if |n| > 14 then n > 14 or n < -14.
The absolute value of 3 is +3. No negative number can have a value greater than +3.
No. All positive numbers are greater than zero and all negative numbers are less than zero. Therefore, all positive numbers are greater than all negative numbers. That said, there is a such thing as absolute value, which is how far a number is from zero. For example the absolute value of -10 is 10. The absolute value of a negative number can be greater than that of a positive number.
The absolute value of the answer will be greater than the absolute value of the original.
0.92 is less than one. Mixed numbers are greater than one.
-1
-5
You can think of the absolute value of a number as measuring its distance from zero. 12 is further away than 4 from 0, thus its value is greater.