Collected 96.0 Volume sodium carbonate (mL) .20 Molarity sodium carbonate (M) Volume calcium chloride (mL) 100.0 Molarity calcium chloride (M) .20 Observations when poured together it turned a little gray but when placed on heat, nothing happened. Mass filter paper (g) 0.24 Mass filter paper + precipitate (g) 2.02 Calculated Observed mass calcium carbonate (g) .88| Identify limiting reactant Sodium carbonate Expected mass calcium carbonate (g) Percent yield (%) How to caloulotu il
Collected 96.0 Volume sodium carbonate (mL) .20 Molarity sodium carbonate (M) Volume calcium chloride (mL) 100.0 Molarity calcium chloride (M) .20 Observations when poured together it turned a little gray but when placed on heat, nothing happened. Mass filter paper (g) 0.24 Mass filter paper + precipitate (g) 2.02 Calculated Observed mass calcium carbonate (g) .88| Identify limiting reactant Sodium carbonate Expected mass calcium carbonate (g) Percent yield (%) How to caloulotu il
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 need to find the observed mass and expected mass of calcium carbonate and lastly the perecent yield
![**Educational Website Transcription:**
---
**Stoichiometry - Synthesis of Calcium Carbonate**
**Introduction**
**Laboratory Simulation**
**Lab Data:**
**Collected:**
- **Volume sodium carbonate (mL):** 96.0
- **Molarity sodium carbonate (M):** 0.20
- **Volume calcium chloride (mL):** 100.0
- **Molarity calcium chloride (M):** 0.20
**Observations:**
- When poured together, it turned a little gray, but when placed on heat, nothing happened.
**Mass Measurements:**
- **Mass of filter paper (g):** 0.24
- **Mass of filter paper + precipitate (g):** 2.02
**Calculated:**
- **Observed mass of calcium carbonate (g):** 0.88
**Limiting Reactant:**
- **Identified as:** Sodium carbonate
- **Expected mass calcium carbonate (g):** [Input field]
- **Percent yield (%):** [Input field]
(There is a link or reference for further guidance on how to calculate theoretical yield and percent yield.)
---
This setup includes a visual of a laboratory workspace with tools and substances labeled such as "DI Water." A filtration apparatus with gathered precipitate is shown as part of the experimental setup. The digital interface seems designed for interactive learning, emphasizing the real-time calculation of chemical yields.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F89dd4f11-7d87-46b7-8e7e-820863983ec2%2F112e0e57-f715-4c3d-b7ca-27a992da5f19%2Ffycnkk.jpeg&w=3840&q=75)
Transcribed Image Text:**Educational Website Transcription:**
---
**Stoichiometry - Synthesis of Calcium Carbonate**
**Introduction**
**Laboratory Simulation**
**Lab Data:**
**Collected:**
- **Volume sodium carbonate (mL):** 96.0
- **Molarity sodium carbonate (M):** 0.20
- **Volume calcium chloride (mL):** 100.0
- **Molarity calcium chloride (M):** 0.20
**Observations:**
- When poured together, it turned a little gray, but when placed on heat, nothing happened.
**Mass Measurements:**
- **Mass of filter paper (g):** 0.24
- **Mass of filter paper + precipitate (g):** 2.02
**Calculated:**
- **Observed mass of calcium carbonate (g):** 0.88
**Limiting Reactant:**
- **Identified as:** Sodium carbonate
- **Expected mass calcium carbonate (g):** [Input field]
- **Percent yield (%):** [Input field]
(There is a link or reference for further guidance on how to calculate theoretical yield and percent yield.)
---
This setup includes a visual of a laboratory workspace with tools and substances labeled such as "DI Water." A filtration apparatus with gathered precipitate is shown as part of the experimental setup. The digital interface seems designed for interactive learning, emphasizing the real-time calculation of chemical yields.
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