Overview & Guidelines - How to use

1. Accessing the Website

Visit Bond Energy Calculator. Ensure an active internet connection for smooth performance.

2. Overview of Features

• Home: Introduction to the website.
• CALCULATOR: Perform specific calculations.
• Standard: Perform standard Bond Energy calculations.
• Advance: Perform advance Bond Energy calculations.
• Why?: Highlights the importance of the concept.
• Resources: Guidelines & Articles.
• FAQs & Contact Us: Help and support.

3. Using the Bond Energy CALCULATOR

• Navigate to the CALCULATOR.

• Select Standard or Advance option


Welcome to login page.

You can logn with Google email or create your Login credentials


• Google Login:Login using your Google accout.
OR
• Create account: Create your personal login accout. Encrypted and secure
• Registration: Register and verify by clicking the encypted token received on your registered e-mail.

• Reset password: If you are already registered and forgot your password, Reset password, verifying by clicking the encypted token received on your registered e-mail..


Welcome to Calculator page.


• Enter your project title OR description.
• Enter your Molecule OR Balanced reaction equation.
• Functionality of vrious buttons,

  Add Reactant: Add new reactant

  Add Product: Add new Reactant

  ' + ': Add new Row for new Bond Type entry

  ' - ': Delete existing Row of Bond Type

  Remove Reactant: Remove existing reactant

  Remove Product: Remove existing Product

  

  Enter detailis for each Reactant and Product .

  • Enter Reactant/Product name.
  • Enter number of moles (As per balanced chemical equation).
  • Select Bond Type and its bond count i.e. number of selected bond type in each molecule. Bond energy and Total enrgy fields will be filled automatically wrt the selected Bond Type.
  
  

  Example: Methanol (CH₃OH)

  • 

    Methanol (CH3OH)
    3 Types of Bonds "Bond Type"	Nos of each Type of Bond "Bond Count"	Description
    C-H	3	These bonds are present in the methyl (CH₃) group, where carbon forms single bonds with three hydrogen atoms.
    C-O	1	This bond connects the methyl carbon to the hydroxyl (-OH) oxygen.
    O-H	1	This bond is part of the hydroxyl (-OH) group.

  • Example: Acetic Acid (CH₃COOH)

  • 

    Acetic Acid (CH3COOH)
    5 Types of Bonds "Bond Type"	Nos of each Type of Bond "Bond Count"	Description
    C-H	3	These bonds are present in the methyl (CH₃) group, where carbon forms single bonds with three hydrogen atoms.
    C-C	1	This single bond connects the methyl (CH₃) group to the carboxyl (COOH) group.
    C=O	1	This double bond is part of the carboxyl (COOH) functional group, between the carbon and one oxygen.
    C-O	1	This bond connects the carbonyl (C=O) carbon to the hydroxyl (-OH) oxygen in the carboxyl group.
    O-H	1	This bond is part of the hydroxyl (-OH) group of the carboxyl functional group.

  • Each Bond Type present in the Reactant or Product to be entered in a separate row.

  Example:

  

  After entering the details for all the Reactants and Products, please revarify the entries......

  • Ensure that all the Reactants and Products are captured.
  • Varify that number of Moles are correctly entereed for all the Reactants and Products. Match the numbers with your Balanced Chemical Equation.
  • Ensure that all Bond Types are captured for each Reactant and Product..
  • Ensure that each Bond Type and its count is correctly enetered for each Reactant and Product.

4. Understanding the Results

Result summary is readily available, which includes.

• Total Bond Energy (Reactants) KJ/mol.
• Total Bond Energy (Products) in KJ/mol.
• ΔH in KJ/mol
• Reaction Type: Exothermic OR Endothermic

5. Generating and Saving PDF Report

Click the "Generate Report" button to generate and download a printable PDF report.

6. FAQs and Support

For help, visit please FAQs and/Or Contact us.

Thank you for using Bond Energy Calculator!