Learn about the right-hand rule for magnetic force! Use a cathode ray tube in this physics experiment to see a magnetic field\'s effect on an electron beam.
Right-Hand Rules: A Guide to finding the Direction of the Magnetic Force.
E&M Unit 4 - Magnetism: Worksheet 2. Part 1 - Magnetic Force Direction. The following diagrams show a charged particle or a current carrying wire in a magnetic field. For each diagram use the right-hand rule to draw an arrow on the object that shows the direction.
This implies that the magnetic force on a stationary charge or a charge moving parallel to the magnetic field is zero. 3. The direction of the force is given by the right hand rule. The force relationship above is in the form of a vector product.
Magnetic Fields Practice Worksheet Part 1: Draw an arrow in the "compass" circles to designate the direction of the magnetic field at
Determine the orientation of the magnetic field for each of the following 3 coils. Determine the direction of the force on the wire for the following 3 cases.
...direction of the magnetic field (which is tangential to the field lines drawn) from the right-hand-rule for the magnetic force.
Magnetic Fields Practice Worksheet Part 1: Draw an arow in the "compass"
Rule 3 relates the directions, at any instant at any point in space, for the magnetic and electric fields associated with an electromagnetic wave. t- is the velocity of propagation of the wave. Curled fingers right-hand rules.
Worksheet: Magnetic Force on a Current-Carrying Wire. 1. A wire 36 m long carries a current of 22 A from west to east.