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Volumes of gases from moles (24 dm³ at RTP)

11th grade (Year 12 in England) · 16 questions · Common Core: NGSS.HS-PS1-7 · England: GCSE Chemistry: Quantitative chemistry (volumes of gases, Higher)

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  1. Question 1

    What volume does 0.5 g of hydrogen (H₂, Mr = 2) occupy at RTP, in dm³? (1 mol of gas = 24 dm³)

    Answerdm³

  2. Question 2

    A reaction produced 2400 cm³ of carbon dioxide at RTP. How many moles of gas is this? (1 mol occupies 24 dm³ = 24 000 cm³)

    Answermol

  3. Question 3

    What volume does 0.5 mol of nitrogen gas occupy at room temperature and pressure, in dm³? (1 mol of any gas occupies 24 dm³ at RTP)

    Answerdm³

  4. Question 4

    What volume does 8 g of oxygen (O₂, Mr = 32) occupy at RTP, in dm³? (1 mol of gas = 24 dm³)

    Answerdm³

  5. Question 5

    A reaction produced 1200 cm³ of carbon dioxide at RTP. How many moles of gas is this? (1 mol occupies 24 dm³ = 24 000 cm³)

    Answermol

  6. Question 6

    What volume does 2 mol of nitrogen gas occupy at room temperature and pressure, in dm³? (1 mol of any gas occupies 24 dm³ at RTP)

    Answerdm³

  7. Question 7

    What volume does 0.5 g of hydrogen (H₂, Mr = 2) occupy at RTP, in dm³? (1 mol of gas = 24 dm³)

    Answerdm³

  8. Question 8

    A reaction produced 600 cm³ of carbon dioxide at RTP. How many moles of gas is this? (1 mol occupies 24 dm³ = 24 000 cm³)

    Answermol

  9. Question 9

    What volume does 3 mol of nitrogen gas occupy at room temperature and pressure, in dm³? (1 mol of any gas occupies 24 dm³ at RTP)

    Answerdm³

  10. Question 10

    What volume does 8 g of methane (CH₄, Mr = 16) occupy at RTP, in dm³? (1 mol of gas = 24 dm³)

    Answerdm³

  11. Question 11

    A reaction produced 1200 cm³ of carbon dioxide at RTP. How many moles of gas is this? (1 mol occupies 24 dm³ = 24 000 cm³)

    Answermol

  12. Question 12

    What volume does 1.5 mol of ammonia gas occupy at room temperature and pressure, in dm³? (1 mol of any gas occupies 24 dm³ at RTP)

    Answerdm³

  13. Question 13

    What volume does 4 g of hydrogen (H₂, Mr = 2) occupy at RTP, in dm³? (1 mol of gas = 24 dm³)

    Answerdm³

  14. Question 14

    A reaction produced 1200 cm³ of carbon dioxide at RTP. How many moles of gas is this? (1 mol occupies 24 dm³ = 24 000 cm³)

    Answermol

  15. Question 15

    What volume does 1.5 mol of ammonia gas occupy at room temperature and pressure, in dm³? (1 mol of any gas occupies 24 dm³ at RTP)

    Answerdm³

  16. Question 16

    What volume does 4.25 g of ammonia (NH₃, Mr = 17) occupy at RTP, in dm³? (1 mol of gas = 24 dm³)

    Answerdm³

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  1. 6 dm³
  2. 0.1 mol
  3. 12 dm³
  4. 6 dm³
  5. 0.05 mol
  6. 48 dm³
  7. 6 dm³
  8. 0.025 mol
  9. 72 dm³
  10. 12 dm³
  11. 0.05 mol
  12. 36 dm³
  13. 48 dm³
  14. 0.05 mol
  15. 36 dm³
  16. 6 dm³