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Monitoring chemical reactions

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Question 52

To monitor the rate of an industrial carbonation process, a chemist collects the carbon dioxide gas ( $CO2\text{CO}_2$ ) produced. Under room temperature and pressure, one mole of carbon dioxide gas fills a volume of 24.0 dm³.

How much volume does 11.0 g of carbon dioxide gas fill under these same conditions?

[Relative atomic masses: $C=12.0\text{C} = 12.0$ , $O=16.0\text{O} = 16.0$ ]

$dm39.4\text{ dm}^3$

$dm312.0\text{ dm}^3$

$dm36.0\text{ dm}^3$

$dm396.0\text{ dm}^3$

Markscheme

Monitoring chemical reactions Questions

GCSE
Chemistry
Monitoring chemical reactions

91 exam-style questions on OCR GCSE Chemistry Monitoring chemical reactions. Each one has a worked solution and a mark scheme showing where the marks go.

Monitoring chemical reactions

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Monitoring chemical reactions

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Question 52

How much volume does 11.0 g of carbon dioxide gas fill under these same conditions?

[Relative atomic masses: $C=12.0\text{C} = 12.0$ , $O=16.0\text{O} = 16.0$ ]

$dm39.4\text{ dm}^3$

$dm312.0\text{ dm}^3$

$dm36.0\text{ dm}^3$

$dm396.0\text{ dm}^3$

Markscheme

Monitoring chemical reactions Questions

GCSE
Chemistry
Monitoring chemical reactions

91 exam-style questions on OCR GCSE Chemistry Monitoring chemical reactions. Each one has a worked solution and a mark scheme showing where the marks go.