Consider a current flowing through a straight conducting wire in the direction. Which of the following statements best describes the magnetic field produced by the current distribution? Group of answer choices The current distribution will produce open magnetic fields around the wire with an area vector randomly oriented. The strength of the fields gets stronger as the distance increases from the wire. The current distribution will produce closed-loop magnetic fields around the wire with an area vector randomly oriented. The strength of the fields gets stronger as the distance increases from the wire. The current distribution will produce circular magnetic fields around the wire with an area vector randomly oriented. The strength of the fields gets weaker as the distance increases from the wire. The current distribution will produce circular magnetic fields around the wire with an area vector parallel to the current. The strength of the fields gets weaker as the distance increases from the wire