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If you always subtract the smaller value from the larger one, the number that

you tell other people lets them know how much the mass changed, but it

doesn't tell them whether the mass increased or decreased as time passed.

Q: Why is it important to always subtract the earlier value from the later value when finding the change in mass instead of always subtracting the smaller value from the larger one?

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deposit = add withdraw = subtract

It will help when you are trying to add and subtract fractions.

the formula for finding the area of an ellipse is add it then multiply and subtract that is the final

You need to find the common denominator in order to add or subtract them. You can only add or subtract "like things" and by finding a common denominator you make both rational expressions into things that can be added or subtracted.

Either directly or by finding the area of the whole and subtracting the area of the non-shaded part.

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To add and subtract fractions, you need common denominators. To find the common denominator, find the LCM of the denominators you wish to add or subtract.

deposit = add withdraw = subtract

It will help when you are trying to add and subtract fractions.

Finding the LCM will make adding and subtracting fractions easier.

The process of finding the LCM is the same as finding the least common denominator which is important when you want to add and subtract fractions.

You are finding their difference.

Yes.

Subtracting two numbers is finding their difference.

Finding the difference of.

When adding or subtracting fractions with different denominators and when reducing fractions to their lowest termsWhen adding or subtracting fractions with different denominators their lowest common multiple is needed and when reducing fractions to their lowest terms their greatest common factor is needed.

That is called the difference between them.

The answer depends on what you are doing - or trying to do.