2. Using Right Hand Rule #1, determine the magnetic force direction for each of the three...

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2. Using Right Hand Rule #1, determine the magnetic force direction for each of the three situations shown. 90° (a). Positive charge 90 (b) Positive charge 90° (c) Negative charge 3. The figure below shows a proton moving in a uniform magnetic field directed out of the page. B = 27.5 mT and v= 250.0 m/s. B a) Draw the force vector in the figure for the magnetic force on this proton. b) Will the proton go in a circle that is clockwise or counterclockwise? c) Calculate the radius of the circle. 2. Using Right Hand Rule #1, determine the magnetic force direction for each of the three situations shown. 90° (a). Positive charge 90 (b) Positive charge 90° (c) Negative charge 3. The figure below shows a proton moving in a uniform magnetic field directed out of the page. B = 27.5 mT and v= 250.0 m/s. B a) Draw the force vector in the figure for the magnetic force on this proton. b) Will the proton go in a circle that is clockwise or counterclockwise? c) Calculate the radius of the circle.

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Positive charge solution 2 b Mgnetic Force F q uXB with this expression direction of magnetic force ... View the full answer