The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire

The field increases in strength as the distance from the wire increases

The field lines are directed parallel to the wire, but opposite to the direction of the current

The field lines are directed radially outward from the wire

The field lines form circles about the wire