How Much Sulfuric Acid Can Be Produced From 1.6 Tons of Material?

My village had an old man who collected rare gemstones. One day, he brought home a strange red stone that mesmerized everyone. Rumor had it, the stone could be transformed into… sulfuric acid (H2SO4) – a crucial acid in industry. Then one day, the old man declared: “I will turn 1.6 tons of this stone into H2SO4, let’s see how much we get!”. The whole village buzzed with discussion, some believed, some doubted. So in the end, from 1.6 tons of this “magic stone”, how much H2SO4 could the old man produce?

Unraveling the Mystery: Sulfuric Acid Production from 1.6 Tons of Material

The Significance of the Question

This seemingly simple question holds multiple layers of meaning:

• Technical Perspective: This chemical problem requires calculating the mass of the product (H2SO4) from the mass of the reactant (raw material for H2SO4 production, which could be sulfur, pyrite ore…).
• Economic Perspective: The question relates to production efficiency, product cost, and profit obtained from 1.6 tons of raw material.
• Practical Perspective: It helps us better understand the sulfuric acid production process, its applications, and its importance in daily life.

Solving the Chemical Problem

To solve this problem, we need to know:

1. Type of raw material: What is the 1.6 tons? Sulfur (S), pyrite ore (FeS2), or another type of material?
2. Chemical equation: Based on the raw material, determine the reaction equation for H2SO4 production.
3. Reaction yield: In reality, not all raw materials are converted into products. The reaction yield indicates the actual conversion rate.

Example: Assume the 1.6 tons is the mass of sulfur (S).

• Reaction equation: S + O2 → SO2 2SO2 + O2 → 2SO3 SO3 + H2O → H2SO4
• Theoretical calculation: From the equation, we can calculate the mass of H2SO4 formed under ideal conditions (assuming 100% yield).
• Actual yield: Assuming the reaction yield is 80%, we can calculate the actual mass of H2SO4 obtained.

A precious red gemstone

Spiritual and Feng Shui Perspectives

Although the story of the stone is fictional, in Feng Shui, stones often symbolize stability and longevity. Transforming a stone into sulfuric acid, a highly corrosive substance, can be seen as a metaphor for transformation and energy conversion in nature. The red color of the stone also symbolizes fire, passion, and powerful energy.

A beaker of sulfuric acid

Frequently Asked Questions

How many kg of H2SO4 can be obtained from 1.6 tons of pyrite ore (90% yield)?

What are the methods for producing H2SO4?

What are the applications of H2SO4 in daily life and production?

Related Chemical Products

• Nitric acid (HNO3): https://xetaihanoi.edu.vn/de-san-xuat-3-tan-hno3-63/
• Hydrochloric acid (HCl)
• …

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Conclusion

The question “how much H2SO4 can be produced from 1.6 tons” is not just a chemical problem but also opens the door to exploring the wonderful world of chemicals. We hope this article has provided you with useful and interesting information. Feel free to leave comments, share the article, or explore more exciting content on our website!