Definition:
Absolute Value of x, denote |x| = x if x >= 0, -x if x < 0
Proposition, quotients between positive numbers are positive.
That is a, b, provided BOTH are positive, (a, b > 0) then a/b is positive.
Proof: Obvious, exercise :P
Ok, the proposition is to make this answer look cool, but we know that 11/4 is positive or 11/4 > 0 from the proposition.
Hence by definition |11/4| = 11/4.
Absolute value of -4 is 4.
Absolute value is always positive. Absolute value is the distance away from zero. Ex: |-4| = 4 |4| = 4
4. A number's absolute value is it's distance from zero.
4
basically a absolute value of a number is a positive of that number and a negative of the number. For example the absolute value of 4 is 4 and -4. |4| = 4;-4
no number; absolute value is always positive. The absolute value of a negative number is positive. For example absolute value of -4 is +4
Absolute value of -4 is 4.
Absolute value of -4 is 4.
Absolute value of 4 is 4.
0
Absolute value is always positive. Absolute value is the distance away from zero. Ex: |-4| = 4 |4| = 4
4. A number's absolute value is it's distance from zero.
4
The absolute value of a number is a positive number. For example the absolute value of -2 is 2. The absolute value of 4 is 4. So the absoulte value of 25 is 25.
17 no matter if the number is negative or positive, the absolute value of a number is always positive. The answer depends on how far away the number is from zero. So if you ask for the absolute value of -4, the answer is 4 (-4 is 4 away from zero). If you ask for the absolute value of 4 (positive 4, not negative), then the absolute value is STILL 4. it's pretty simple, just remember that the absolute value will always be positive.
basically a absolute value of a number is a positive of that number and a negative of the number. For example the absolute value of 4 is 4 and -4. |4| = 4;-4
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