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1. The apparatus we'll use for this activity has a copper wire that carries current past a neodymium bar magnet The direction of the current in the wire, the magnetic field of the bar magnet, and the resulting force are shown below. The current can be from left to right. Note that the conventional positive current is used in magnetism The magnetic field can be out or in The force up or down Lorentz Force Force on a current carrying conductor in a mai fold Current right or lo Magnetic field fout in Force up or down . ** 2. Consider the available equipment and how you could use it to test the right-hand rule. Write down your potential experiments. Think ahead about what you will measure and how you will measure it. The current flow will be moving from positive to negative right to left), the magnetic field will be out of the page and the force will be pointing in the upper direction as per the right hand rule. 3. Describe the experimental procedure you have chosen. The description should contain a labeled sketch of your experimental set-up, an outline of what you plan to do what you will measure and how you will measure it 4. Use the hypothesis you are testing to make a qualitative prediction for your particular experiment. Show the reasoning used to make the prediction, including force diagrams as appropriate I need a hint