No thank you just move right along
Absolute or modulus always gives a positive number.
For example, when I take absolute value of 4, I get
|4| = 4 and when I take absolute value of -4, I get |-4| = -(-4) = 4.
Therefore, no matter what the sign of quantity is, absolute or modulus will always make it positive.
Therefore,
<span>|10 blocks| + |3 blocks| + |-8 blocks| + |2 blocks| + |-7 blocks| + |4 blocks| + |-4 blocks| = 10 + 3 -(-8) + 2 -(-7) + 4 -(-4) = 10+3+8+2+7+4+4 = 38</span>
The absolute value inequality is |x - 6| < 12 and the complete points are Midpoint = 6 and Distance = 12
<h3>How to complete the inequality?</h3>
The inequality expression is given as
-6 < x < 18
The distance is calculated as:
Distance = |18 -(-6)|/2
Evaluate the difference
Distance = 12
The midpoint is calculated as:
Midpoint = 0.5 * (18 - 6)
Evaluate
Midpoint = 6
The absolute value inequality is represented as
|x - Midpoint| < Distance
So, we have
|x - 6| < 12
Hence, the absolute value inequality is |x - 6| < 12 and the complete points are Midpoint = 6 and Distance = 12
Read more about absolute value inequality at
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Q.1.1
Q 1.2
this can't be simplified.
Q. 1.3
Q.1.4
Answer:
12 goes on the 12 the 6 . goes on the 6 the 3 goes on the 3 the one goes on the 1
Step-by-step explanation: