Consider two adjacent current distributions of equal magnitude initially flowing in and out of the page, denoted by and , respectively. The currents are separated by a distance , as shown . After some time passes, the current that was initially flowing into the page turns off and then on but the direction of the current is flipped , so that the adjacent currents now have the following current distribution: . Which of the following best describes the force the wire on the left experiences initially and after the current is flipped? Group of answer choices Initially, the force is (pointing to the left) and then the force has the same magnitude as the initial but points to the right. Initially, the force is (pointing downward) and then the force has the same magnitude as the initial but points to the upwards. Initially, the force is (pointing upward) and then the force has the same magnitude as the initial but points to the downward. Initially, the force is (pointing to the right) and then the force has the same magnitude as the initial but points to the left