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During the Second World War, rocket technology took a revolutionary leap forward—not because of mechanics alone, but because of powerful and dangerous chemistry.

In this video, we explore the chemistry behind WWII rockets, focusing on how hydrazine (N₂H₄) and hydrogen peroxide (H₂O₂) were used as rocket fuels and oxidizers. You’ll learn how these chemicals enabled instant ignition, high thrust, and early space-age propulsion, especially in rockets like the German V-2.

We break down:
• 🔬 Why hydrazine is such a powerful fuel
• ⚗️ How hydrogen peroxide decomposes to produce thrust
• 🚀 The concept of hypergolic combustion
• ⚠️ The dangers and challenges of using these fuels
• 🌍 How WWII rocket chemistry shaped modern space technology

This video connects chemistry, physics, and history, making it perfect for Class 9–12 students, JEE/NEET aspirants, and anyone interested in the science behind rockets.

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🧠 Keywords / Tags (optional)

WWII rockets, rocket chemistry, hydrazine fuel, hydrogen peroxide rocket, V2 rocket science, chemistry behind rockets, rocket combustion, science history, physics education

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