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Use Of Amount Of Substance In Relation To Volumes Of Gases (chemistry Only) (ht Only) (GCSE Chemistry)

The following is a GCSE Chemistry test covering 'Use Of Amount Of Substance In Relation To Volumes Of Gases (chemistry Only) (ht Only)' from the broader topic Quantitative Chemistry. The test is geared towards the AQA exam board style syllabus.
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Below a typical questions that will be covered in this test. You final score will be logged on your account

If 0.0600 mol of gas at RTP occupies 1.44 dm3, what molar volume did the student effectively use?
When 6.00 dm3 of hydrogen gas (RTP) reacts with excess nitrogen to make ammonia, how many moles of hydrogen are used? (Use 24 dm3 per mole at RTP.)
1.20 g of hydrogen gas (H2) is collected at RTP (24 dm3 per mole). What volume does this hydrogen occupy? (Ar: H = 1)
A sealed bag contains 2.4 × 10^23 molecules of an ideal gas at RTP. What is the volume (dm3) of the gas?
A gas syringe contains 40.0 cm3 of carbon monoxide at RTP. How many moles of CO does this represent?
A 250 cm3 gas syringe contains nitrogen at RTP. How many molecules of nitrogen are present? (Avogadro constant = 6.02 × 10^23 mol-1; 24 dm3 per mole at RTP.)
A reaction at RTP yields 0.0200 mol of gas. What is the corresponding volume in cm3?
A reaction produces 0.500 mol of carbon dioxide gas at RTP. What volume (in dm3) does this gas occupy?
Which expression correctly gives moles of gas n from volume V at RTP using molar volume Vm?
A container holds 48.0 dm3 of oxygen gas at room temperature and pressure (RTP, 24 dm3 per mole). How many moles of oxygen are present?
A sample of carbon monoxide (CO) gas occupies 10.0 cm3 at RTP. If completely oxidised to CO2, what volume of CO2 (cm3) at RTP will be produced?