Charged-particle circular radius
In a second version of the same physics investigation, a charged particle in a magnetic balance demonstration has mass \(0.003\,\text{kg}\), speed \(50\,\text{m s}^{-1}\), charge \(0.006\,\text{C}\), and enters a \(0.5\,\text{T}\) magnetic field at right angles. Calculate the path radius. Use the diagram first, then calculate the requested value. Enter the numerical result and choose the interpretation that matches the physics meaning.
Worked practice: physics data and result
Read the physical quantities first, then calculate the result and state what it means.
Write a full answer
Now write the response in full, in your own words — this is what the exam asks for. The AI marks it on the same moves you built above (focus, evidence, technique, judgement) and gives feedback on reasoning, evidence, and expression.