Misc. questions/Inorganic chemistry

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SUMMARY

This discussion addresses key questions in inorganic chemistry, focusing on boranes, carbon and silica oxides, and industrial synthesis processes. Boranes, specifically BxHy, exhibit unique bonding properties and typically act as Lewis acids due to their electron-deficient nature. The synthesis of nitric acid involves the Ostwald process, while hydrogen gas is produced industrially through steam reforming. The discussion also highlights the contrasting behaviors of SF4 and SF6 in reactions with water and the manufacturing techniques for chlorine and fluorine gases.

PREREQUISITES
  • Understanding of Lewis acid-base theory
  • Familiarity with chemical bonding concepts
  • Knowledge of industrial chemical synthesis processes
  • Basic principles of oxidation states and group oxidation numbers
NEXT STEPS
  • Research the Ostwald process for nitric acid synthesis
  • Study the steam reforming method for hydrogen production
  • Explore the properties and applications of boranes in organic synthesis
  • Investigate the differences in reactivity between SF4 and SF6 with water
USEFUL FOR

Chemistry students, industrial chemists, and professionals involved in chemical manufacturing and synthesis processes will benefit from this discussion.

jsundberg
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Hi!
I have a few questions I need quick answers to, have tried both my textbooks and Google but the answers are not very easy to find without reading a whole lot of text. Many thanks!

1. The chemical bond between borane and hydrogen in boranes, BxHy is characterised by a unusual property. What?

2. Does boranes normaly act as Lewis acids or bases, and why?

3. Name an oxide of carbon and one of silica. The oxides have large differences in apperance/properties. How can you explain this with chemical bonding?

4. Describe the industrial synthesis of nitric acid from hydrogen gas and nitrogen gas. What's the different processes called?

5. What colour and aggregation state does the first four halogens have?

6. Describe the industrial large scale synthesis of hydrogen gas (a two step reaction).

7. Metal ions from the s-group forms few complexes in water solution while metal ions from the d-group can form complexes with many different ligands. Give a simple explanation to this behaviour.

8. What does the concept "group oxidation number" mean?

9. SF4 and SF6 are both termodynamically instable against reaction with water. SF4 reacts fast with water, while SF6 is stable. Why?

10. How is the powerful oxidisers chlorine/flourine-gas manufactured? Why do you have to use a partly different technique in the both cases?
 
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You need to do your own homework, read your text. If you have any specific questions afterwards, you can ask them here. Most of the questions you posted here as well as the other in the chemistry forum are straightforward.
 

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