Lab Data Standardized NaOH (M) Initial volume of buret (mL) Volume of vinegar (mL) Observations Final volume of buret (mL) Volume of NaOH (mL) Molarity of acetic acid (M) 0.4148 1.40 10.00 22.77 Vash/Was B DATA 1 2 Titra vine sam Con foll ste Tu pl b S
Lab Data Standardized NaOH (M) Initial volume of buret (mL) Volume of vinegar (mL) Observations Final volume of buret (mL) Volume of NaOH (mL) Molarity of acetic acid (M) 0.4148 1.40 10.00 22.77 Vash/Was B DATA 1 2 Titra vine sam Con foll ste Tu pl b 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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Can you please help me find these 3
final volume of buret (ml) , volume of naOH (ml) and molar out of acetic acid (M)
![# Titration: Concentration of Vinegar
## Laboratory Simulation
### Lab Data
**Standardized NaOH (Molarity, M)**
- 0.4148 M
**Initial Volume of Buret (mL)**
- 1.40 mL
**Volume of Vinegar (mL)**
- 10.00 mL
**Observations**
- Not provided in the image.
**Final Volume of Buret (mL)**
- 22.77 mL
**Volume of NaOH (mL)**
- Not directly stated in the image. Needs to be calculated.
**Molarity of Acetic Acid (M)**
- Not provided in the image.
### Explanation
#### How to Calculate the Volume of NaOH Used:
To determine the volume of NaOH used in the titration, subtract the initial volume of the buret from the final volume.
Formula:
\[ \text{Volume of NaOH} = \text{Final volume of Buret} - \text{Initial volume of Buret} \]
Substitute the values from the lab data:
\[ \text{Volume of NaOH} = 22.77\ \text{mL} - 1.40\ \text{mL} = 21.37\ \text{mL} \]
#### Additional Resources
To further understand how to calculate the vinegar concentration based on the given data, please visit the link below:
[How to Calculate Vinegar Concentration](#)
For further steps and detailed explanation, please refer to the titration procedure steps provided in the laboratory simulation.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F65e39558-d0ca-40c6-8ab3-2414eb6b646a%2Fa066d2fe-6621-481c-8502-c58a68ed708f%2Ft1ii3xl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:# Titration: Concentration of Vinegar
## Laboratory Simulation
### Lab Data
**Standardized NaOH (Molarity, M)**
- 0.4148 M
**Initial Volume of Buret (mL)**
- 1.40 mL
**Volume of Vinegar (mL)**
- 10.00 mL
**Observations**
- Not provided in the image.
**Final Volume of Buret (mL)**
- 22.77 mL
**Volume of NaOH (mL)**
- Not directly stated in the image. Needs to be calculated.
**Molarity of Acetic Acid (M)**
- Not provided in the image.
### Explanation
#### How to Calculate the Volume of NaOH Used:
To determine the volume of NaOH used in the titration, subtract the initial volume of the buret from the final volume.
Formula:
\[ \text{Volume of NaOH} = \text{Final volume of Buret} - \text{Initial volume of Buret} \]
Substitute the values from the lab data:
\[ \text{Volume of NaOH} = 22.77\ \text{mL} - 1.40\ \text{mL} = 21.37\ \text{mL} \]
#### Additional Resources
To further understand how to calculate the vinegar concentration based on the given data, please visit the link below:
[How to Calculate Vinegar Concentration](#)
For further steps and detailed explanation, please refer to the titration procedure steps provided in the laboratory simulation.
In the image provided, you can observe a segment of a buret, a precise piece of laboratory equipment used to dispense known amounts of a liquid reagent in titration.
#### Key Observations:
- The scale on the buret is in milliliters (mL).
- The visible scale ranges from 20 mL to 24 mL, indicating the volume of liquid dispensed or remaining in the buret.
- The meniscus, marked by the red magnifying glass icon, appears to read slightly above the 23.0 mL mark.
---
### Interactive Tools
- **Methods**: Descriptions and step-by-step guides on conducting the titration process.
- **Reset**: Option to reset the titration simulation to the initial state.
- **My Notes**: Allows students to take and store notes during the simulation.
- **Lab Data**: Displays the collected data from the laboratory simulation.
---
By understanding the precise measurements from the scale, students can accurately interpret the volume of titrant used, which is integral to calculating the concentration of the acetic acid in vinegar.
---
*Explore these tools and practices to become proficient in titration and analytical chemistry techniques.*](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F65e39558-d0ca-40c6-8ab3-2414eb6b646a%2Fa066d2fe-6621-481c-8502-c58a68ed708f%2F2wvktsb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Titration: Concentration of Vinegar**
---
### Introduction
In this section, we examine the titration process employed to determine the concentration of acetic acid in vinegar.
---
### Laboratory Simulation
In the image provided, you can observe a segment of a buret, a precise piece of laboratory equipment used to dispense known amounts of a liquid reagent in titration.
#### Key Observations:
- The scale on the buret is in milliliters (mL).
- The visible scale ranges from 20 mL to 24 mL, indicating the volume of liquid dispensed or remaining in the buret.
- The meniscus, marked by the red magnifying glass icon, appears to read slightly above the 23.0 mL mark.
---
### Interactive Tools
- **Methods**: Descriptions and step-by-step guides on conducting the titration process.
- **Reset**: Option to reset the titration simulation to the initial state.
- **My Notes**: Allows students to take and store notes during the simulation.
- **Lab Data**: Displays the collected data from the laboratory simulation.
---
By understanding the precise measurements from the scale, students can accurately interpret the volume of titrant used, which is integral to calculating the concentration of the acetic acid in vinegar.
---
*Explore these tools and practices to become proficient in titration and analytical chemistry techniques.*
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