G Force Calculator

Guide to Using the G Force Calculator

Step 1: Enter Input Values

Velocity (meters/second): Enter the velocity of the object in meters per second. This field is required and must be a non-negative number. You can enter values with up to two decimal places.

Radius of Turn (meters): Provide the radius of the turn in meters. This field is mandatory and should be at least 0.1 meters. Like velocity, you can enter values with up to two decimal places.

Mass (kg): Enter the mass of the object in kilograms. This input is essential and should be more than 0.1 kg. Decimal values are allowed, rounded to two decimal places.

G Force Type: Select the type of G Force from the drop-down menu. You have two options: “Centripetal G Force” or “Linear G Force”. This field is required.

Time (seconds, for Linear Acceleration): If you selected “Linear G Force”, you need to enter the time over which the acceleration occurs. This field is optional and if not relevant, can be left blank. The time should be at least 0.01 seconds, with inputs allowed to two decimal places.

Step 2: Understanding the Results

After entering all the necessary input values, the calculator will automatically compute the following results:

• G Force: The calculator uses the type of G Force you selected to compute the G Force. For “Centripetal G Force”, it uses the formula: (velocity² / (radius * 9.81)). For “Linear G Force”, the formula is: (velocity / (time * 9.81)). The result is displayed in Gs, rounded to two decimal places.
• Force (Newtons): This value is calculated using the mass and velocity you provided. For “Centripetal G Force”, the calculation is: (mass * velocity² / radius). For “Linear G Force”, it is: (mass * velocity / time). The result is given in Newtons, rounded to two decimal places.
• Acceleration (m/s²): The acceleration is computed according to the type of G Force. For “Centripetal G Force”, it is: (velocity² / radius). For “Linear G Force”, it is: (velocity / time). The acceleration is shown in meters per second squared, with a precision of two decimal places.

Step 3: Interpreting the Results

The calculated G Force helps you understand the amount of stress experienced by an object traveling in a circular path (Centripetal) or accelerating linearly (Linear). The force and acceleration values are critical for understanding the dynamic behavior of the object and planning accordingly for safety and performance.

Please ensure all values based on your specific scenario are correct and valid to get accurate results.