1. For an angle of zero between the magnetic field and the vector normal to the plane of the coil: (a) What happens tothe light bulb as it entersthe magnetic field region? Explain. [b] What happens to the light bulb as it moves while it is completely inside the magnetic field? Explain. [cl What happens to the light bulb as it exits the magnetic field region? NOTE: Use Faradav's Law to explain. 2. For an angle of 90 between the magnetic field and the vector normal to the plane of the coil: {a} What happens to the light bulb as it enters the magnetic field region? Explain. {b} What happens to the light bulb as it moves while it is completelvr inside the magnetic field? Explain. [cl What happens to the light bulb as it exits the magnetic field region? Explain. NOTE: Use Faraday's Law to explain- 3. For an angle of zero between the magnetic field and the vector normal to the plane of the coil: What happens to the light bulb when the vou flip the direction of the magnetic field? Explain using Faradavs Law. 4. For an angle of zero between the magnetic field and the vector normal to the plane of the coil: What happens to the light bulb when the magnitude of the magnetic field varies? Explain using Fa rad av's Law. 5. For an angle of zero between the magnetic field and the vector normal to the plane of the coil: What happens to the light bulb when the coil moves vertically? Explain using Faraday's Law