cal Publ x Current Eve x E These 11 Fa x | G Particles of x |Multiple Ch( x Quizzes 2 x Course Her X Course Her X G if The total X instructure.com/courses/222271/external_tools/retrieve? display=full_width&url=https%3A%2F%2Frutgers.quiz-Iti-iad-prod.instructure.com%2Flti%2Flaunch%... Return Su Current flows through the two parallel wires shown in the image below in unknown directions. The overall B-field is zero at the point labeled A in the image. From this information, what can we say about the currents flowing through the two wires? Wire 1 Wire 2 OD The currents flow in the same direction and the current through Wire 2 is greater O The currents flow in the same direction and the currents have the same magnitude The currents flow in opposite directions and the current through Wire 1 is greater O The currents flow in the same direction and the current through Wire 1 is greater The currents flow in opposite directions and the current through Wire 2 is greater O The currents flow in opposite directions and the currents have the same magnitude Clear my selection MacBook Pro C G Search or type URL + @ # $ & N 3 5 6 8 9 O W E R T U O P S D G H K4 Ethical Publ x Current Eve x E These 11 Fa x | G Particles of x Multiple Ch( x Quizzes 2 x Course Her X | Course Her X G if The total x + utgers.instructure.com/courses/222271/external_tools/retrieve? display=full_width&url=https%3A%2F%2Frutgers.quiz-Iti-iad-prod.instructure.com%2Flti%2Flaunch%... Return Submit Two pal anel su digni currentcarrying Wiles are lying old table, 12 Cmiapart. Tie total magnetic Tera produced by the Currents Is Zero al d distance OF S CIMTOM THE TELL Wire in between the wires . Which of the following statements are correct? Select all that apply. The currents are in the same direction. The currents can be either in the same or opposite directions. The current in the left wire is larger than the current in the right wire. The current in the left wire is smaller than the current in the right wire. The currents are in opposite directions. 4 1 point A proton moves at constant speed from left to right in the plane of the page when it enters a magnetic field with the B field vector coming out of the page. The acceleration of the proton is Right Out of the page O Into the page O Up O Left Down Clear my selection 5 2 points Particles of various masses, charges, and speeds are injected into a region in which a uniform E field and a uniform B field are perpendicular to each other. All the particles are initially moving in the same direction. Which two conditions must be simultaneously fulfilled for the particles to continue moving in a straight line after entering the region? The particles must have the same charge. The particles must have the same momentum. MacBook Pro G Search or type URL + O @ $ & 2 W 5 6 9 O W E R T U O P S D FEthical Publ x Current Eve x E These 11 Fa x | G Particles of x | Multiple Ch( X Quizzes 2 x Course Her X Course Her X G if The total x + rutgers.instructure.com/courses/222271/external_tools/retrieve? display=full_width&url=https%3A%2F%2Frutgers.quiz-Iti-iad-prod.instructure.com%2Flti%2Flaunch%... (1 Return Submit The particles' velocities must be perpendicular to the E field. The particles' velocities must be perpendicular to the B field. The particles must have the same kinetic energy. The particles' velocities must be perpendicular to the E field and the B field. 6 2 points Two wires are parallel to each other as shown below, both carrying the same current out of the page. Which of the following describes what happens to Wire 2? 2 At the position of Wire 2, Wire 1 creates a B-field pointing downwards. This B-field exerts a force to the right on Wire 2. At the position of Wire 2, Wire 1 creates a B-field pointing upwards. This B-field exerts a force to the right on Wire 2. At the position of Wire 2, Wire 1 creates a B-field pointing downwards. This B-field exerts a force to the left on Wire 2. O At the position of Wire 2, Wire 1 creates a B-field pointing upwards. This B-field exerts a force to the left on Wire 2. Clear my selection 1 point Current flows through the wire (shown in cross-section as the black, filled-in circle) in the direction shown (out of the page). Determine the direction of the B-field at each of the labeled points. MacBook Pro G Search or type URL + O @ # $ & 2 W 5 6 O O W E R T U O P S D F G HEthical Pub x | Current Eve x | E These 11 Fa x | G Particles of x | Multiple Chex Quizzes 2 x Course Here x | Course Her x | G if The total x |+ rutgers.instructure.com/courses/222271/external_tools/retrieve?display=full_width&url=https%3A%2F%2Frutgers.quiz-Iti-iad-prod.instructure.com%2Fiti%2Flaunch%... ( * OF Return submit Clear my selection 8 1 point Current flows through a wire (black line with arrow) placed in an external B-field as shown in the image below. What is the direction of the force the B-field exerts on the wire? X X X O Out of the page Left O Right Down O Up Into the page Clear my selection 9 1 point MacBook Pro C G Search or type URL O @ CA % W# 2 5 6 O W E R U O PEthical Publ x Current Eve x E These 11 Fa x | G Particles of x | Multiple Ch x Quizzes 2 x Course Her X Course Her X G if The total x + rutgers.instructure.com/courses/222271/external_tools/retrieve?display=full_width&url=https%3A%2F%2Frutgers.quiz-Iti-iad-prod.instructure.com%2FIti%2Flaunch%... * I F Return Submit Clear my selection 9 1 point A wire oriented parallel to the screen carries current to the right, as shown in the image below. What is the direction of the magnetic field produced by this current-carrying wire at the point P shown? O Out of the page (O) O Down the page () O Up the page (T) O To the right (+) O To the left () To the left (