1 Tesla = 10,000 G, and 1 G = 0.1 mT, so both b) and c) are false. Gauss is the equivalent unit in the cgs (centimeter-gram-second) system, so a) is false. The Tesla is the unit for magnetic induction field strength in the International System of Units (SI), formerly known as the mks (meter-kilogram-second) system. It is one of the coolest cars on the road.It is the official unit for magnetic induction field strength in the cgs system.Which question about the Tesla (T) is correct?.A constant magnetic field does not change with time ( dB/dt = 0) and thus will not induce a voltage in a nearby wire. The magnitude of this voltage ( V) is proportional to the rate of change of the magnetic field ( dB/dt). The Faraday-Lenz Law states that a changing magnetic field can induce an electric potential (voltage) in a nearby wire. If the current is constant, the magnetic field is constant, but if the current fluctuates, so will the magnetic field. A changing magnetic field induces voltage in a nearby wire.ДЄmpГЁreвЂ™s Law states that a current (i) in a wire induces a magnetic field (B) around the wire.A constant magnetic field induces voltage in a nearby stationary wire.A changing current in a wire induces a changing magnetic field around the wire.A constant current in a wire induces a constant magnetic field around the wire.Concerning the relationship between electricity and magnetism, which of the following statements is false?.In this case both the conductor and magnetic field are static, so dB/dt = 0 an the induced voltage is zero. This is an example of the Faraday-Lenz Law, where the induced voltage is directly proportional to the rate of change of the magnetic field ( dB/dt). Depends on the strength of the magnetic field.Depends on the angle of the conductor with the magnetic field.The voltage induced across a stationary conductor in an external static magnetic field.The direction of magnetic field lines surrounding a wire can be determined usingДЇleming developed the right hand rule in which if you grasp a wire carrying current with the right hand and point your thumb in the direction of the current, your fingers will curl around the wire in the direction of the induced magnetic field.If the current doubles, the magnitude of B also doubles. If the current in a wire doubles, the induced magnetic fieldДЄmpГЁreвЂ™s Law states that a current ( i) in a wire induces a magnetic field ( B) around the wire proportional to that current.Protons, neutrons, and whole nuclei possess spin but the size of the magnetic effect is relatively small and limited to juxta-nuclear region of the atom only. The combination of intrinsic electron spin and electron orbital angular momentum is primarily responsible for the bulk magnetic properties of matter. The bulk magnetic properties of matter derive primarily from.The magnitude of the field depends on the magnitude of the current, so b) and c) are false. if the direction of current flow reverses, the direction of the field does also, so d) is correct. When the current flowing through a wire reverses direction, the magnetic field around the wireДЄmpГЁreвЂ™s Law states that a current ( i) in a wire induces a magnetic field ( B) around the wire.

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