1 7. 10 cm³ of hydrogen fluride gas reacts with 5 cm³ of dinitrogen difluoride gas (N₂F2) to form 10 cm³ of a single gas. Which of the following is the most likely equation for the re-action? Show how you reach your decision. HF (g) +NF2 (g) → N₂HF3 (g) 2HF(g)+N2F2(g) → 2NHF2 (g) ⑪ (ti) (iii) 2HF (g)+2N2F2 (g) → N₂H2F4 (g) (iv) 2HF (g) + 2N₂F₂ (8) 2N₂HF3 (g)

Chemistry
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Answer the following questions
1
7.
10 cm³ of hydrogen fluride gas reacts with 5 cm³ of dinitrogen
difluoride gas (N₂F2) to form 10 cm³ of a single gas. Which of the
following is the most likely equation for the re-action? Show how you
reach your decision.
HF (g) +NF2 (g) → N₂HF3 (g)
2HF(g)+N2F2(g) → 2NHF2 (g)
⑪
(ti)
(iii)
2HF (g)+2N2F2 (g) → N₂H2F4 (g)
(iv)
2HF (g) + 2N₂F₂ (8) 2N₂HF3 (g)
Transcribed Image Text:1 7. 10 cm³ of hydrogen fluride gas reacts with 5 cm³ of dinitrogen difluoride gas (N₂F2) to form 10 cm³ of a single gas. Which of the following is the most likely equation for the re-action? Show how you reach your decision. HF (g) +NF2 (g) → N₂HF3 (g) 2HF(g)+N2F2(g) → 2NHF2 (g) ⑪ (ti) (iii) 2HF (g)+2N2F2 (g) → N₂H2F4 (g) (iv) 2HF (g) + 2N₂F₂ (8) 2N₂HF3 (g)
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