Determine the gradient (including units) of the line of best fit shown on the graph on the previous page. Clearly label the points you used to calculate the gradient on the graph. Use the gradient to calculate the magnitude of the current flowing through the wire, given that 0.60m of the wire lies within the magnetic field.
Determine the gradient (including units) of the line of best fit shown on the graph on the previous page. Clearly label the points you used to calculate the gradient on the graph. Use the gradient to calculate the magnitude of the current flowing through the wire, given that 0.60m of the wire lies within the magnetic field.
Chapter11: Magnetic Forces And Fields
Section: Chapter Questions
Problem 23P: An electron moving at 4.00103 m/s in a 1.25-T magnetic field experiences a magnetic force of...
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Determine the gradient (including units) of the line of best fit shown on the graph on the previous page. Clearly label the points you used to calculate the gradient on the graph.
Use the gradient to calculate the magnitude of the current flowing through the wire, given that 0.60m of the wire lies within the magnetic field.
Should the points be further apart last time you didn’t do it?
Also, why did you do it over 1?
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