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Force on current-carrying wire

F = BIL sin θ

Where: B = magnetic field (T), F = force (N), I = moment of inertia (kg·m²) / current (A), L = length (m) / angular momentum / inductance, θ = angle

Solved example

Given: B = 7, I = 5, L = 10, theta = 37°
Find: F (force (N))

  1. Formula: F = B·I·L·sin(θ)
  2. Substitute the values: F = 10·5·7·sin(37°)
  3. Result: F = 210.635258 N

Answer: F = 210.635258 N

Calculator

How to calculate Force on current-carrying wire

  1. Write down the formula: F = BIL sin θ.
  2. Note the known values (B, I, L, θ).
  3. Substitute them and simplify to find F.
  4. Use the calculator above to solve for any letter.

Frequently asked questions

What is the formula for Force on current-carrying wire?

The formula is F = BIL sin θ, where B = magnetic field (T), F = force (N), I = moment of inertia (kg·m²) / current (A), L = length (m) / angular momentum / inductance, θ = angle.

What is Force on current-carrying wire when B = 7, I = 5, L = 10, theta = 37°?

F = 210.635258 N. Substitute the values into F = BIL sin θ and simplify.

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