Professor Wilkerson measured the composition of gases in a sample. The sample contained 2.4 liters of oxygen, 181.38 liters of nitrogen, and 3.71 liters of carbon dioxide. What was the total volume of Professor Wilkerson's sample?
To find the total volume of Professor Wilkerson's sample, we add up the volumes of each gas.
Total volume = oxygen volume + nitrogen volume + carbon dioxide volume
Total volume = 2.4 L + 181.38 L + 3.71 L
Total volume = 187.49 L
Therefore, the total volume of Professor Wilkerson's sample is 187.49 liters.
To find the total volume of Professor Wilkerson's sample, we need to add the volumes of oxygen, nitrogen, and carbon dioxide.
The given volume of oxygen is 2.4 liters.
The given volume of nitrogen is 181.38 liters.
The given volume of carbon dioxide is 3.71 liters.
To find the total volume, we add these values together:
Total volume = volume of oxygen + volume of nitrogen + volume of carbon dioxide
Total volume = 2.4 liters + 181.38 liters + 3.71 liters
Total volume = 187.49 liters
Therefore, the total volume of Professor Wilkerson's sample is 187.49 liters.
To find the total volume of Professor Wilkerson's sample, we need to add up the volumes of oxygen, nitrogen, and carbon dioxide.
The volume of oxygen is given as 2.4 liters.
The volume of nitrogen is given as 181.38 liters.
The volume of carbon dioxide is given as 3.71 liters.
To find the total volume, we simply add these three volumes together:
Total volume = Volume of oxygen + Volume of nitrogen + Volume of carbon dioxide
Total volume = 2.4 liters + 181.38 liters + 3.71 liters
Calculating this sum:
Total volume = 187.49 liters
Therefore, the total volume of Professor Wilkerson's sample is 187.49 liters.