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Tonalli mixes \[136\,\text{g}\] of carbon dioxide with every \[20\,\text{L}\] of water. Complete the table using equivalent ratios.

User Dhaval D
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Using the given ratio, we can calculate the amount of carbon dioxide in grams for different volumes of water in liters. The completed table shows the corresponding values of carbon dioxide for water volumes of 20 L, 40 L, and 60 L.

To complete the table using equivalent ratios, we need to determine the amount of carbon dioxide in grams for different volumes of water in liters. The given ratio is 136 g of carbon dioxide per 20 L of water.

Let's calculate the amount of carbon dioxide for different volumes of water:

For 40 L of water:

136 g CO2 / 20 L water = x g CO2 / 40 L water

To find x, we can set up a proportion:

(136 g CO2 / 20 L water) = (x g CO2 / 40 L water)

Solving for x:

x = (136 g CO2 / 20 L water) * (40 L water) / 1

x = 272 g CO2

For 60 L of water:

136 g CO2 / 20 L water = x g CO2 / 60 L water

Using the same proportion:

x = (136 g CO2 / 20 L water) * (60 L water) / 1

x = 408 g CO2

We can continue this process for different volumes of water to complete the table.

Table:

Water Volume (L) | Carbon Dioxide (g)

------------------------------------------

20 | 136

40 | 272

60 | 408

User DougM
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