Consider a loop of wire in a uniform magnetic field. The field is perpendicular

Question

Consider a loop of wire in a uniform magnetic field. The field is perpendicular to the plane of the loop, such that the magnetic field lines pass through the loop. We will examine the interactions of the loop with the B field and the resulting induced EMF. Which of the following statements are true about this case?
True False if the loop is rotated in the magnetic field, there will not be an induced EMF in the loop
True False if the loop is translated (moved linearly) within the region of the magnetic field, there will not be an induced EMF in the loop
True False if the magnetic field is changing, and the rate of change increases, then the magnitude of the induced EMF decreases
True False if the magnetic field increases, there will be an induced EMF in the loop
True False if the area of the loop increases, there will be an induced EMF in the loop

Explanation / Answer

FALSE if the loop is rotated in the magnetic field, there will not be an induced EMF in the loop TRUE if the loop is translated (moved linearly) within the region of the magnetic field, there will not be an induced EMF in the loop FALSE if the magnetic field is changing, and the rate of change increases, then the magnitude of the induced EMF decreases TRUE if the magnetic field increases, there will be an induced EMF in the loop TRUE if the area of the loop increases, there will be an induced EMF in the loop

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