Mathematics: Order from least to greatest. |-29|, |3|, |0|. |-73| group of answer choices |-73|, |-29|, |0|, |3| -73, -29, 0, 3 |0|, |3|, |-29|, |-73| 0, 3, -29, -73 order from least to greatest. 1/3, |-1/2|, |-2/3|, -2/3 group of answer choices -2/3, 1/3, |-1/2|, |-2/3| |-2/3|, -2/3, |-1/2|, 1/3 |-1/2|, -2/3, 1/3, |-2/3| |-1/2|, 1/3, -2/3, |-2/3|

-- The plants cost $6 for each package.-- The friends want to buy 5 packages.The total cost is (5 x $6) = $30 .-- If the friends divide up the cost equally, each of them will pay 1/3 of the total cost = (1/3 x $30) = $10 ....

Order from least to greatest. |-29|, |3|, |0|. |-73|

Ответ:

sweetLips230

05.01.2022

Mathematics

1- THIRD OPTION.

2- FIRST OPTION.

Step-by-step explanation:

By definition the Absolute value of a number is its distance from zero on a number line, therefore it's never negative.

1- Knowing this, and given the following numbers:

$|-29|,\ |3|,\ |0|,\ |-73|$

You can say that:

$|-29|=29\\\\|3|=3\\\\|0|=0\\\\|-73|=73$

Then, you can order them from least to greatest:

|0|,|3|,|29|,|73|

2- Given:

$\frac{1}{3},\ |-\frac{1}{2}|,\ |-\frac{2}{3}|,\ -\frac{2}{3}$

You can say that:

$|-\frac{1}{2}|=\frac{1}{2}\\\\|-\frac{2}{3}|=\frac{2}{3}\\\\|0|=0\\\\|-73|=73$

Then, you can order them from least to greatest:

$-\frac{2}{3},\ ,|\frac{1}{3}|,|-\frac{1}{2}|,\ |-\frac{2}{3}|$

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