1. A current is induced as it moves through a magnetic field. What would happen to the current if it were to be moved through a stronger magnetic field? the induced current will increase the induced current will stay constant the induced current will decrease there is not enough information to say2. Which of the following must be true fora current to be induced in a wire passing through a magnetic field? the magnetic field and direction of motion must be parallel the magnetic eld and the direction of motion must be perpendicular 3. Which of the following scientists have SI units named after them in electromagnetism? Check all that apply. Andre-Marie Ampere Charles Coulomb Alassandro Volta Hans Christian Oersted4. When was the first compass used for navigation in Europe? the 1900's the 1500's the 1100's the 1800's5. A generator converts: mechanical energy into electrical energy mechanical energy into a different form of mechanical energy electrical energy into a different form of electrical energy electrical energy into mechanical energy 6_ Which of the following would be considered electromagnetic induction? Select all that apply. moving a magnet in an electric field moving a magnetic held over a charged particle moving an electric charge in a magnetic field moving a conducting wire through a magnetic field 7. What is magnetic flux? the number of magnetic field lines passing through a specific area the velocity of the charged particle moving through a magnetic field the work done by a magnetic field on a charged particle the change in magnetic field over time8_ Which of the following are true? Select all that apply. When more wraps are added to a secondary coil in a transformer the voltage decreases. When more wraps are added to a secondary coil in a transformer the voltage increases. When more wraps are added to a primary coil in a transformer the voltage decreases. When more wraps are added to a primary coil in a transformer the voltage increases. 9. Which of the following states the Faraday's Law? The strength of the electrostatic force between two charged particles is directly proportional to the product of the charges and inversely proportional to the square of the distance between them. An electric field will be induced in an area where the magnetic field is changing with respect to time. The electric field is directly proportional to the rate of change of the magnetic field and is at right angles to the changing magnetic field. A magnetic field will be induced in an area where the electric field is changing with respect to time. The magnetic field is directly proportional to the rate of change of the electric field and is at right angles to the changing electric field. The magnitude of the magnetic force on a wire is directly proportional to the number of charges coming through the wire (current), the strength of the magnetic field, and the length of the wire in that magnetic field.10. Which of the following SI units were named after famous scientists? Select all that apply. volts tesla coulombs amps