What is the Magnetic Field Calculator?

The Magnetic Field Calculator helps students, engineers, and physics enthusiasts determine the strength of the magnetic field acting on a current-carrying conductor. By entering the magnetic force, current, conductor length, and the angle between the conductor and the magnetic field, the tool instantly computes the magnetic field in Tesla. This ensures accurate and efficient calculations for experiments, homework, or practical applications, making it easy to understand magnetic effects without manual computation.

How to Use:

1. Enter Magnetic Force (F, N): Input the force acting on the conductor in Newtons.
2. Enter Current (I, A): Input the current flowing through the conductor in Amperes.
3. Enter Length of Conductor (L, m): Input the length of the conductor within the magnetic field in meters.
4. Enter Angle (θ, degrees): Input the angle between the conductor and the magnetic field in degrees.
5. Click “Calculate”: The tool computes the magnetic field using the formula B=FI⋅L⋅sin⁡θB = \frac{F}{I \cdot L \cdot \sin\theta}B=I⋅L⋅sinθF​.
6. Review Result: The output displays the magnetic field in Tesla and provides a clear message if any input is invalid, allowing quick verification and accurate understanding of your calculation.