Torque-Force-Lever Arm Calculator

Force (F in Newtons): Lever Arm Distance (d in meters): Angle Between Force and Lever Arm (θ in degrees):

Result

Torque (τ): - Nm

The Torque-Force-Lever Arm Calculator helps determine the torque applied to an object when a force is exerted at a specific distance from the pivot point. Torque plays a crucial role in mechanics, particularly in understanding rotational motion.

The formula for torque is:

τ = F × r × sin(θ)

Where:

• τ is the torque (in newton-meters, N·m)
• F is the force applied (in newtons, N)
• r is the lever arm or distance from the pivot (in meters, m)
• θ is the angle between the force and the lever arm

How to Use the Torque-Force-Lever Arm Calculator

1. Input the force value and lever arm length.
2. Provide the angle between the force and lever arm if it is not perpendicular.
3. The calculator will compute the resulting torque instantly.

Applications

• Mechanical system design and analysis
• Engineering of levers, pulleys, and gear systems
• Understanding forces in automotive and aerospace components

Benefits of Using the Calculator

This tool simplifies torque-related calculations, ensuring fast and accurate results. It is useful for students, engineers, and designers working with rotational systems.

Conclusion

The Torque-Force-Lever Arm Calculator offers an efficient way to solve torque problems. Whether for academic learning or practical engineering, it ensures precise solutions and aids in mastering concepts related to rotational dynamics.