The Magnetic Force Calculator computes the force acting on a current-carrying conductor placed in a magnetic field using the formula F=B×I×L×sin⁡(θ)F = B \times I \times L \times \sin(θ)F=B×I×L×sin(θ), where FFF is the magnetic force in newtons, BBB is the magnetic field strength in tesla, III is the current in amperes, LLL is the length of the conductor in meters, and θθθ is the angle between the current and the magnetic field. It helps students and engineers analyze magnetic interactions, motor effects, and electromagnetic applications by instantly calculating how the orientation of a wire in a magnetic field influences the resulting force.