Question

The temperature of a 5.65 × 102 g air sample (density = 1.24 g/L) was lowered, and the density increased to 1.98 g/L. Calculate the new volume of the air sample

Answer 1

285.35 liters.

Step-by-step explanation:

To calculate the new volume of the air sample, we can use the formula:

Volume = Mass / Density

Given:

Mass of the air sample = 5.65 × 10^2 g

Initial density of the air sample = 1.24 g/L

Final density of the air sample = 1.98 g/L

Using the formula, we can calculate the initial volume and then use the final density to find the new volume.

Initial Volume = Mass / Initial Density

Initial Volume = 5.65 × 10^2 g / 1.24 g/L

Initial Volume = 456.45 L

New Volume = Mass / Final Density

New Volume = 5.65 × 10^2 g / 1.98 g/L

New Volume = 285.35 L

Therefore, the new volume of the air sample is approximately 285.35 liters.