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Updated in [September 25th, 2023]

What does this course tell? (Please note that the following overview content is from the original platform)In this course you will learn both the processes involved and the common calculations for the major laboratory techniques required for quantitative analytical chemistry. By the end of this course, you will become familiar with the following:How to make a standard solution using a primary standard. How to standardise a solution. How to carry out volumetric titrations and deal with dilution factors. Why and how to perform a back titration. Use colorimetry technique. Perform a complexometric titration. Use two types of Gravimetric Analysis. These techniques are the used in a very wide range of applications and help us to answer questions on how much material is present in a sample. These techniques enable successful industries to comply with national and global regulations. This course will help to prepare you for further education in the chemical related sciences at college or university and will help to prepare you for employment in the chemical related industries such as:Pharmaceutical Development and Manufacture. Environmental Monitoring. Food and Nutrition and Health Related Industries. Manufacturing Industries. Veterinary/Agriculture. Mathematical/Engineering. This is a short course is based around 7 tutorial videos and worksheets where answers and solutions are provided to help you to navigate your way and build your confidence.We considered the value of this course from many aspects, and finally summarized it for you from two aspects: skills and knowledge, and the people who benefit from it: (Please note that our content is optimized through artificial intelligence tools and carefully reviewed by our editorial staff.) What skills and knowledge will you acquire during this course? During this course, the learner will acquire the following skills and knowledge:

1. Making a standard solution using a primary standard: The learner will understand the process of preparing a standard solution using a primary standard substance, which is a highly pure compound with a known concentration.

2. Standardizing a solution: The learner will learn how to determine the exact concentration of a solution by comparing it to a standard solution of known concentration.

3. Carrying out volumetric titrations and dealing with dilution factors: The learner will gain proficiency in performing volumetric titrations, a technique used to determine the concentration of an unknown substance by reacting it with a known substance. They will also learn how to account for dilution factors that may affect the accuracy of the results.

4. Performing a back titration: The learner will understand the concept and procedure of a back titration, which involves adding an excess of a known substance to react with the analyte and then titrating the excess back with another reagent to determine the amount reacted.

5. Using colorimetry technique: The learner will be introduced to colorimetry, a technique used to determine the concentration of a substance by measuring the intensity of its color. They will learn how to use a colorimeter or spectrophotometer to obtain accurate measurements.

6. Performing a complexometric titration: The learner will learn about complexometric titrations, which involve the formation of a complex between the analyte and a titrant. They will understand the principles and procedures involved in this type of titration.

7. Using two types of Gravimetric Analysis: The learner will gain knowledge and skills in two types of gravimetric analysis, which involve the determination of the quantity of a substance based on its mass. They will learn the procedures and calculations required for these techniques.

By acquiring these skills and knowledge, the learner will be equipped to answer questions regarding the quantity of material present in a sample. They will also be prepared for further education in chemical-related sciences at college or university and employment in various chemical-related industries such as pharmaceutical development and manufacture, environmental monitoring, food and nutrition, health-related industries, manufacturing industries, veterinary/agriculture, and mathematical/engineering fields. Who will benefit from this course? This course on Researching Chemistry - Quantitative Analytical Chemistry will benefit individuals interested in or working in various professions. Specifically, it will be beneficial for:
1. Students pursuing further education in chemical-related sciences: This course will provide a solid foundation in the processes and calculations involved in quantitative analytical chemistry. It will prepare students for higher education in chemistry or related fields at college or university.
2. Professionals in pharmaceutical development and manufacture: The techniques taught in this course are essential for pharmaceutical industries to ensure accurate measurement of materials in samples. This knowledge will help professionals comply with regulations and maintain quality control in drug development and manufacturing processes.
3. Environmental monitoring professionals: Quantitative analytical chemistry techniques are crucial for monitoring and analyzing pollutants and contaminants in the environment. This course will equip professionals in this field with the necessary skills to accurately measure and analyze samples.
4. Professionals in food and nutrition and health-related industries: The ability to determine the quantity of specific substances in food and nutrition products is vital for quality control and ensuring safety. This course will provide professionals in these industries with the knowledge and skills to perform accurate quantitative analysis.
5. Professionals in manufacturing industries: Quantitative analytical chemistry techniques are used in various manufacturing processes to ensure the desired composition and quality of products. This course will benefit professionals working in manufacturing industries by enhancing their understanding of these techniques.
6. Professionals in veterinary/agriculture: Quantitative analysis is essential in veterinary and agriculture industries for determining the concentration of substances in samples such as animal feed, fertilizers, and pesticides. This course will be valuable for professionals in these fields.
7. Professionals in mathematical/engineering fields: Understanding quantitative analytical chemistry is important for engineers and mathematicians involved in designing and optimizing chemical processes. This course will provide them with the necessary knowledge to incorporate accurate measurements and calculations into their work.

Course Syllabus

Making a Standard Solution and Primary Standards

Volumetric Titration and Dilution Factors

Back Titration

Colorimetry

Carrying out Complexometric Titration

Carrying out Gravimetric Analysis