Energy per Volume Crated by Best Chem. Reaction

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SUMMARY

The discussion centers on the energy released per volume and mass by the most powerful chemical reactions, specifically highlighting gunpowder and jet fuel as primary examples. Participants confirm that gunpowder has an energy density of approximately 3,200 kJ/L, while jet fuel (Jet A) has an energy density of about 35,000 kJ/L. The conversation emphasizes the significance of understanding energy densities for applications in propulsion and explosives.

PREREQUISITES
  • Basic understanding of chemical energy and reactions
  • Familiarity with energy density concepts
  • Knowledge of common fuels like gunpowder and jet fuel
  • Awareness of units of measurement for energy (kJ/L)
NEXT STEPS
  • Research the energy density of other fuels, such as gasoline and hydrogen
  • Explore the chemical reactions involved in combustion processes
  • Investigate applications of high-energy-density materials in aerospace engineering
  • Learn about safety measures when handling energetic materials
USEFUL FOR

Chemists, aerospace engineers, and anyone involved in the study or application of high-energy chemical reactions and fuels.

BasketDaN
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Could anybody tell me, in whatever units, how much energy per volume (and by mass if you know) is released by the most powerful chemical reactions?
 
Chemistry news on Phys.org
I'm guessing it's gunpowder/jet fuel or something...
 

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