Question 58 – Calculations involving masses - Questions

The density of a gas can be found using the equation:

\text{density} = \frac{\text{mass}}{\text{volume}}

A student carried out an experiment to find the density of carbon dioxide gas.

The mass of an evacuated stoppered flask (containing no gas) was measured. The flask was then completely filled with carbon dioxide gas and its mass was measured again.

Use the results in Table 1 to calculate the density of carbon dioxide gas in $cm−3\text{g cm}^{-3}$ .

Table 1

Measurement	Value
Mass of stoppered flask (evacuated)	122.145 g
Mass of stoppered flask full of carbon dioxide	123.085 g
Volume of flask	500.0 cm³

Calculations involving masses

Question 28

Table 1

Calculations involving masses

Question 28

Table 1

Calculations involving masses

Question 28

Table 1

Calculations involving masses Questions

Calculations involving masses

Question 28

Table 1

Calculations involving masses Questions