Certain metals can displace hydrogen from acids to produce hydrogen gas and a salt. When 25.2 g of aluminum metal are placed into hydrobromic acid, how many grams of aluminum bromide will be produced? (Write the balanced equation first.)

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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**Exercise: Balancing Chemical Reactions and Calculating Mass of Products**

**Incorrect. Is the equation properly balanced? Did you use the correct mole ratio?**

### Task

Certain metals can displace hydrogen from acids to produce hydrogen gas and a salt. When 25.2 g of aluminum metal are placed into hydrobromic acid, how many grams of aluminum bromide will be produced? (Write the balanced equation first.)

**Information & Calculation Needed:**

- Ensure the chemical equation is properly balanced.
- Use the correct mole ratio to find the mass of aluminum bromide (AlBr₃) produced.
- Enter your answer in the provided input box.

The exercise requires understanding displacement reactions and applying stoichiometric principles to balance chemical equations and compute the resulting mass of reaction products.
Transcribed Image Text:**Exercise: Balancing Chemical Reactions and Calculating Mass of Products** **Incorrect. Is the equation properly balanced? Did you use the correct mole ratio?** ### Task Certain metals can displace hydrogen from acids to produce hydrogen gas and a salt. When 25.2 g of aluminum metal are placed into hydrobromic acid, how many grams of aluminum bromide will be produced? (Write the balanced equation first.) **Information & Calculation Needed:** - Ensure the chemical equation is properly balanced. - Use the correct mole ratio to find the mass of aluminum bromide (AlBr₃) produced. - Enter your answer in the provided input box. The exercise requires understanding displacement reactions and applying stoichiometric principles to balance chemical equations and compute the resulting mass of reaction products.
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