Center of Gravity Calculator
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Center of Gravity Calculator

Center of Gravity Calculator

Topic

topicEngineering Mechanics
level Undegraduate

About

The Center of Gravity Calculator is a powerful tool designed to determine the centroid of various geometric shapes, including rectangles, polygons, circles, and circle sectors. By entering the necessary dimensions and coordinates, users can instantly compute the centroid location. This tool is essential for applications in engineering, physics, and design, where balance, stability, and structural integrity are crucial. Whether analyzing simple shapes or complex structures, the calculator provides accurate and efficient results, making it a valuable resource for students, educators, and professionals. As a web-based, online app, it’s easy to get started directly from your browser or phone.

Added: 22 February 2025

Tags

# Center of Gravity
# Centroid Calculation
# Gravity Calculator
# Mass Distribution
# Balance Point
# Structural Analysis
# Statics Calculator
# Engineering Mechanics
# Equilibrium Point
# Centroid of Shapes
# Physics Calculator
# Moment of Inertia
# Rigid Body Mechanics
# Geometric Center
# Center of Area

How to Use

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Introduction

The Center of Gravity App allows users to calculate the centroid of various shapes by inputting geometric properties. The supported shapes include rectangles, polygons, circles, and circle sectors.

Getting Started

  1. Open the App: Navigate to the application page.
  2. Select a Shape: Choose the shape you want to analyze.
  3. Enter Input Values: Input the require_onced coordinates and dimensions.
  4. Use the Action Buttons:
    • Add Area: Adds a new geometric area to the calculation.
    • Add Gap: Adds a void or cut-out in the shape.
    • Clear All: Resets the entire calculation.

  5. View Results: The app calculates the centroid and updates the display dynamically.

Results Table

Once areas and gaps are added, a table is displayed containing Type, Color, Solid/Gap, Gx, Gy, Area, Gx.A, Gy.A and also total values for Area, Gx.A and Gy.A values. To remove an area, simply click the delete icon in its row.

Calculation of Center of Gravity

After summing the total area values, the center of gravity coordinates are calculated as:

x̄ = Σ(xA) / ΣA

ȳ = Σ(yA) / ΣA

Graphical Representation

Each time you add or remove an area, the figure is dynamically redrawn to reflect the combined shape. The final combined area is displayed for reference.

Note:
  • Ensure all values are entered correctly.
  • For polygons, enter coordinates in counter-clockwise order.
  • The application updates calculations dynamically based on the inputs.

Troubleshooting

  • If the centroid does not display, check if all require_onced inputs are provided.
  • Ensure valid numerical values are entered for each field.

Conclusion

This app provides an intuitive interface for determining the centroid of various shapes. If you encounter any issues, refer to the input guide or reach out for support.

Theoretical Background

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No note for the theoretical background of the app has been added yet. It will be available soon!
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