1of1 The drawing shows that a uniform magnetic field is directed perpendicularly out of the plane of the paper and fills the entire region to the right of the y-axis. There is no magnetic field to the left of the y-axis. A rigid triangular loop is made of copper wire. Its original orientation is shown in (I). The triangle rotates clockwise about the origin, and it is not connected to a voltage or current source. The subsequent images, ll-V, show the triangle at an instant in time as it rotates. @@ ? H (MD "I G) ----------- -> ------ ---> goo : : i + v : v PartA In II, the triangle crosses the +y-axis. Is the flux increasing, decreasing, or constant? 0 decreasing 0 increasing O constant m R_equest Answer Part B In II, the triangle crosses the +y-axis. Is the induced current, if there is one, clockwise or counterclockwise? O no induced current counterclockwise O clockwise Submit Request Answer Part C In III, the triangle crosses the +x-axis. Is the flux increasing, decreasing, or constant? O increasing O decreasing O constant Submit Request Answer Part D In III, the triangle crosses the +x-axis. Is the induced current, if there is one, clockwise or counterclockwise? clockwise O counterclockwise no induced current Submit Request AnswerPart E In IV, the triangle crosses the -y-axis. Is the flux increasing, decreasing, or constant? O increasing O constant O decreasing Submit Request Answer Part F In IV, the triangle crosses the -y-axis. Is the induced current, if there is one, clockwise or counterclockwise? counterclockwise no induced current O clockwise Submit Request Answer Part G In V, the triangle crosses the -x-axis. Is the flux increasing, decreasing, or constant? increasing decreasing O constant Submit Request AnswerPart H In V, the triangle crosses the -x-axis. Is the induced current, if there is one, clockwise or counterclockwise? O clockwise O counterclockwise O no induced current Submit Request