[1 minute = 60 seconds] A. Nature of Reactants A.1 The Affect of Metal Degradation Based on Acid Type Four acids are put into vary test tubes and magnesium metal [Mg] is dropped into each test tube and the time it takes for the metal to completely dissolve is measured: Lab Data Test Tube-1 (H,SO, 3M) time: 3.68seconds Test Tube-2 (HC1 6M) time: 4.25seconds Test Tube-3 (CH COOH 6M) time: 17.58 minutes/seconds Test Tube-4 (H3PO.): 5.54 minutes/seconds %3D Question-1: Calculate the reaction rates for each tube utilizing the equation (use the concentration of each respective acid): Rate= A[X]/time(s)
[1 minute = 60 seconds] A. Nature of Reactants A.1 The Affect of Metal Degradation Based on Acid Type Four acids are put into vary test tubes and magnesium metal [Mg] is dropped into each test tube and the time it takes for the metal to completely dissolve is measured: Lab Data Test Tube-1 (H,SO, 3M) time: 3.68seconds Test Tube-2 (HC1 6M) time: 4.25seconds Test Tube-3 (CH COOH 6M) time: 17.58 minutes/seconds Test Tube-4 (H3PO.): 5.54 minutes/seconds %3D Question-1: Calculate the reaction rates for each tube utilizing the equation (use the concentration of each respective acid): Rate= A[X]/time(s)
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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I know these are two parts but they count as one question.
![**Factors Affecting Reaction Rates**
**[1 minute = 60 seconds]**
**A. Nature of Reactants**
**A.1 The Effect of Metal Degradation Based on Acid Type**
Four acids are put into varying test tubes and magnesium metal [Mg] is dropped into each test tube. The time it takes for the metal to completely dissolve is measured.
**Lab Data**
- **Test Tube-1 (H₂SO₄ 6M)** time: 3.68 seconds
- **Test Tube-2 (HCl 6M)** time: 4.25 seconds
- **Test Tube-3 (CH₃COOH 6M)** time: 17.58 minutes/seconds
- **Test Tube-4 (H₃PO₄)** 5.54 minutes/seconds
---
**Question-1:** Calculate the reaction rates for each tube utilizing the equation (use the concentration of each respective acid):
\[ \text{Rate} = \Delta [\text{X}]/\text{time(s)} \]
**Question-2:** Based on the question-1 calculations, which acid provides the highest reaction rate?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7ca0bd4d-ff09-42d6-8e94-66036c0ad701%2F7ed4ed03-77ea-4ea7-8344-322d1d93933f%2Fxcjpz3o.jpeg&w=3840&q=75)
Transcribed Image Text:**Factors Affecting Reaction Rates**
**[1 minute = 60 seconds]**
**A. Nature of Reactants**
**A.1 The Effect of Metal Degradation Based on Acid Type**
Four acids are put into varying test tubes and magnesium metal [Mg] is dropped into each test tube. The time it takes for the metal to completely dissolve is measured.
**Lab Data**
- **Test Tube-1 (H₂SO₄ 6M)** time: 3.68 seconds
- **Test Tube-2 (HCl 6M)** time: 4.25 seconds
- **Test Tube-3 (CH₃COOH 6M)** time: 17.58 minutes/seconds
- **Test Tube-4 (H₃PO₄)** 5.54 minutes/seconds
---
**Question-1:** Calculate the reaction rates for each tube utilizing the equation (use the concentration of each respective acid):
\[ \text{Rate} = \Delta [\text{X}]/\text{time(s)} \]
**Question-2:** Based on the question-1 calculations, which acid provides the highest reaction rate?
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