The absolute value is basically the distance from zero, and distance is ALWAYS positive. After you removed your negatives, you need to just compare the values. For example. The smallest absolute value between -27 and 19 is 19. Hope this helped!
Answer:

Step-by-step explanation:

Answer:
8 · 2 or 8x² or 8x2
Step-by-step explanation:
or 
Step-by-step Explanation :
As the given fraction is an improper fraction, it is hard to divide properly. Either :
☆ You can write what it is given as per question for the answer.
☆ Else, by dividing, we will get a huge value. In this case, we get it as 
1/100 of a pound.
since 1000/100=10, you must do 1/100 to get the weight of 10 samples.