A region of space has an electric field of 905 N/C in the +x direction, and a magnetic field of 1.60 T in the +z direction. If a 2.75

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A region of space has an electric field of 905 N/C in the +x direction, and a magnetic field of 1.60 T in the +z direction. If a 2.75 uC charged particle moving in the x-y plane experiences a net force of 4.35 * 10^-3 N in the +x direction, what is the speed and direction of the charged particle? What would the force on the particle be if its motion was toward the origin along the z-axis?

A region of space has an electric field of 905 N/C in the +xdirection, and a magnetic field of 1.60 T in the +z direction. (a)If a 2.75 Î¼C charged particle moving in the x-y plane experiences anet force of 4.35 x 10-3 N in the +x direction, what is the speedand direction of the charged particle? Include a diagram.

***My specific question is how to find the angle Î¸ in the equationF=qVBsinÎ¸. I know that theta is the angle between the direction ofmotion and the magnetic field but I don't know how to find Î¸ withthe given information above. Any help would be appreciated!Thanks!

An electromagnetic wave propagates in the –y-direction. The electric field at a point in space is momentarily oriented in the +x direction. The magnetic field at that point is momentarily oriented in the

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A region of space has an electric field of 905 N/C in the +x direction, and a magnetic field of 1.60 T in the +z direction. If a 2.75

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Physics: Principles with Applications

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