Only when a and b have the same sign (or when a or b equals 0). Here are some examples: |2+4|=|2|+|4|--> |6|=|6|--> 6=6 TRUE |(-1)+(-3)|=|(-1)|+|(-3)|--> |(-4)|=1+3--> 4=4 TRUE |3+(-6)|=|3|+|(-6)|--> |(-3)|=3+6--> 3=9 FALSE
Absolute value of 24 is 24.
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.
greater as the absolute value of -3 is 3
Absolute value refers to how far a number is from zero on the number line. The absolute value of 4.6 is 4.6. However, if you wanted to know what the absolute value of -4.6, it would also have the absolute value of 4.6.
The absolute of any number is a positive number. So that the absolute value of -6-3=9 because -6-3=-9 absolute value of -9=9
The absolute of any number is a positive number. So that the absolute value of -6-3=9 because -6-3=-9 absolute value of -9=9
-6
-6
|6| = 6 (The absolute value of 6 is 6, the same number you started with.) 6 = 6 (The absolute value of the absolute value of 6 is 6.)
3 and 6/7
Only when a and b have the same sign (or when a or b equals 0). Here are some examples: |2+4|=|2|+|4|--> |6|=|6|--> 6=6 TRUE |(-1)+(-3)|=|(-1)|+|(-3)|--> |(-4)|=1+3--> 4=4 TRUE |3+(-6)|=|3|+|(-6)|--> |(-3)|=3+6--> 3=9 FALSE
absolute value is always a positive value ... Abs value | -6 | = 6 | 6 | = 6
-3x - 2 = -6 -3x = -6 + 2 -3x = -4 -x = -4/3 x = 4/3 The absolute value is therefore 4/3.
Absolute value of -3 is 3.
The absolute value of an integer is the integer with no sign. The absolute value of +3 and -3 is 3.
Yes... that is, if one is the opposite of the other. For example: The absolute value of 6 is 6. The absolute value of -6 is 6. The absolute value is just the units a number is away from its orgin.