CRC Handbook of Chemistry and Physics

jenniferleeucalgary
8 Jan 202105:31
EducationalLearning
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TLDRThis video tutorial introduces three methods for accessing information in the CRC Handbook of Chemistry and Physics: browsing by property type, text searching the entire book, and substance searching using molecular formulas or structures. It highlights the interactive table feature for easier navigation and mentions the 'How to Cite' section for proper referencing. For complex structures, the video suggests using Reaxys, a more extensive resource, and advises viewers to contact the library for further inquiries.

Takeaways
  • 📚 The CRC Handbook of Chemistry and Physics is a comprehensive resource for chemical and physical properties of substances, organized by property type with tables for both organic and inorganic compounds.
  • 🔍 Users can access information in three ways: browsing through the Table of Contents, text searching, and substance searching.
  • 📈 For specific properties like Enthalpy of Vaporization, users can navigate to the relevant section to find data tables, references, and an interactive table for easier navigation.
  • 📝 Each section begins with a 'How to Cite' tip, providing basic citation information, although the format may not be ideal for all users.
  • 💡 The interactive table feature allows for re-sorting and quick page navigation, with pop-ups providing additional compound information and related tables.
  • 🔎 Text Search functionality searches the full text of the book, including introductions and other sections, with results organized by chapter and section.
  • 🧪 Substance Search allows users to search by molecular formula or structure, with the need to enter formulas in 'Hill order' for accurate searching.
  • 🔠 The search by molecular formula is case-sensitive, and users can verify their search terms by browsing to ensure correct entry.
  • 📝 Search results in Substance Search provide similar information to the data tables, with the option to click on a document icon for detailed information.
  • 🚀 For more complex structures and properties, the script suggests using Reaxys, which is likened to an enhanced version of the CRC Handbook.
  • ❓ The video encourages users to contact the library for questions, providing contact information for those viewing on a research guide or YouTube.
Q & A

  • What is the CRC Handbook of Chemistry and Physics?

    -The CRC Handbook of Chemistry and Physics contains chemical and physical properties and other data of organic and inorganic substances.

  • How is the data in the CRC Handbook primarily presented?

    -Much of the data is presented in tables.

  • What are the three ways to access information in the CRC Handbook as mentioned in the video?

    -The three ways to access information in the handbook are by browsing, text searching, and substance searching.

  • How is the CRC Handbook organized?

    -The book is organized essentially by property type, although there are tables for organic compounds and for inorganics.

  • What should you do if you know the property you are looking for?

    -If you know the property you are looking for, you should navigate through the Table of Contents until you find it.

  • How can you access an interactive version of a data table?

    -You can access an interactive version of a data table by clicking on the 'Go to Interactive Table' link near the top of the page.

  • What information is available at the beginning of every section in the CRC Handbook?

    -At the beginning of every section, there is a 'How to Cite' tip, which includes information like the editors, title, edition, and publishers.

  • What are some features of the Interactive Table in the CRC Handbook?

    -The Interactive Table allows you to re-sort data, navigate through pages quickly, and view pop-up information about compounds.

  • What should you be aware of when using the Text Search function?

    -When using the Text Search function, it searches the full text of the entire book, so results may include mentions from introductions or other sections.

  • How should you enter a molecular formula for a Substance Search in the CRC Handbook?

    -When entering a molecular formula for a Substance Search, use 'Hill order': list all carbons first, then hydrogens, followed by all other elements in alphabetical order.

  • What is the significance of 'Hill order' in a Substance Search?

    -Hill order organizes the molecular formula by listing carbons first, then hydrogens, and then all other elements alphabetically. For example, sodium chloride should be entered as ClNa.

  • What is an alternative resource for more complex structures and properties beyond the CRC Handbook?

    -Reaxys is recommended for more complex structures and properties, offering a more comprehensive database than the CRC Handbook.

  • Where can you find contact information for further assistance with the CRC Handbook?

    -Contact information can be found through the library's chat or email services, on the left-hand side of a research guide, or in the YouTube video notes if you are viewing the video there.

Outlines
00:00
📚 Accessing Information in the CRC Handbook

This paragraph introduces the CRC Handbook of Chemistry and Physics, a comprehensive resource for chemical and physical properties of substances. It explains three methods to access data: browsing, text searching, and substance searching. The handbook is organized by property type with tables for both organic and inorganic compounds. For specific properties like Enthalpy of Vaporization, users can navigate through the Table of Contents. An interactive table feature is highlighted for easier navigation, including pop-ups with compound information. Additionally, a text search function is available for full-text searches throughout the book, and a substance search allows users to search by molecular formula or structure, with a note on the 'Hill order' for formula entry. The paragraph also mentions the importance of checking the search results and the case sensitivity of the search function.

05:00
🔍 Exploring Reaxys for Advanced Chemical Research

The second paragraph suggests Reaxys as a more extensive alternative to the CRC Handbook for complex structures and properties, describing it as a 'CRC Handbook on steroids'. It encourages viewers to reach out to the library for questions, providing contact options such as chat or email. For those on a research guide, contact information is located at the bottom left, while YouTube viewers can find contact details in the video notes. This paragraph serves as a guide for further exploration and support in chemical research.

Mindmap
Keywords
💡CRC Handbook of Chemistry and Physics
The CRC Handbook of Chemistry and Physics is a widely recognized reference book in the fields of chemistry and physics, containing extensive data on chemical and physical properties of substances. It is central to the video's theme as it is the primary resource being discussed. The script mentions that the handbook is organized by property type and contains both tables for organic and inorganic substances, highlighting its comprehensive nature.
💡Data Tables
Data tables are a key method of presenting information in the handbook, as they compile and organize chemical and physical properties in a structured format. The video script discusses how to navigate these tables, emphasizing their importance in accessing the handbook's information. The script also mentions the limitations of the table format and the availability of an interactive version for easier navigation.
💡Enthalpy of Vaporization
Enthalpy of Vaporization is a specific chemical property that serves as an example in the script to illustrate how to find information within the handbook. It is the amount of energy required to convert a substance from a liquid to a gas at constant pressure. The video uses this term to demonstrate the process of locating and accessing data within the handbook's tables.
💡Interactive Table
An interactive table is a feature within the handbook that allows for easier navigation and sorting of data. The video script highlights this as an improvement over traditional data tables, showing how it can be used to quickly access information about compounds and their properties, such as the enthalpy of vaporization mentioned earlier.
💡Text Search
Text search is one of the methods introduced in the video for accessing information in the handbook. It involves typing in a search term to find mentions of it throughout the full text of the book. The script explains that results are organized by chapter and section, demonstrating how this search function can be used to locate specific information.
💡Substance Search
Substance search is another method for finding information, specifically by searching for a chemical substance either by drawing its structure or using its molecular formula. The video script explains the process, including the use of 'Hill order' for entering molecular formulas, and how to use additional property searches to refine the search results.
💡Hill Order
Hill order is a system for arranging the elements in a chemical formula to facilitate searching. In the context of the video, it is used when searching for substances by molecular formula. The script provides an example of how to enter sodium chloride in Hill order, which is [ClNa], to ensure accurate search results.
💡Cite
The term 'cite' in the script refers to the process of providing references or citations for the information found in the handbook. The video mentions that each section begins with a 'How to Cite' tip, which provides guidance on how to properly reference the handbook's content, including editors, title, edition, and publishers.
💡Reaxys
Reaxys is mentioned in the video as a more extensive resource for chemical properties and complex structures, likened to a 'CRC Handbook on steroids'. It suggests that for more in-depth research, Reaxys could be a valuable alternative or supplement to the CRC Handbook.
💡Case-Sensitive
The term 'case-sensitive' is used in the context of searching for substances by molecular formula. The script points out that the search function is case-sensitive, meaning that capitalization matters when entering the molecular formula, and provides guidance on how to ensure correct search input.
💡Research Guide
A research guide is implied in the script as a platform where the video might be viewed, and it suggests that contact information for assistance can be found there. This indicates that the video is part of a larger educational or informational resource, providing support for users of the handbook.
Highlights

The CRC Handbook of Chemistry and Physics contains chemical and physical properties and other data of organic and inorganic substances.

The data is presented in tables, but there are different ways of finding the information.

This video shows three ways to access the information in the handbook: browsing, text searching, and substance searching.

The book is organized essentially by property type, with tables for organic and inorganic compounds.

To find a specific property, navigate through the Table of Contents until you find the relevant section.

For example, clicking on 'Enthalpy of Vaporization' takes you to the first page of that section with information and references.

The data table itself may be clunky to navigate, but there is an interactive version available.

Each section begins with a 'How to Cite' tip, providing citation information for the editors, title, edition, and publishers.

The interactive table allows for easier navigation, re-sorting, and provides pop-ups with compound information.

Text searching allows you to type in what you're looking for, searching through the full text of the book.

Search results are organized by chapter and section or table, if applicable.

Substance searching allows you to draw the structure or use property searching, with an option to add more properties.

Searching by molecular formula requires using 'Hill order' (carbons, hydrogens, then other elements alphabetically).

The search textbox is case-sensitive, and you can browse to verify your search string.

For more complex structures and properties, try Reaxys, which offers more extensive data.

For further assistance, contact someone at the library through chat or email, with contact information available in the research guide or YouTube notes.

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Chemistry DataPhysics PropertiesSearch TechniquesCRC HandbookOrganic InorganicData TablesInteractive TableText SearchSubstance SearchMolecular FormulaResearch Guide