#16 on pictureA loop wire is placed directly on your page as the loop in the previous problem. A magnetic field fully penetrates the loop into the page (loop with x's all around). The field behaves as seen in the field vs. time graph (drawn in picture). The sequence of events (1-3) for the current direction around the loop from zero to 6.0 m/s is best labeled as*sequence 1= from 0- 2.0 m/s*sequence 2= from 2.0 m/s- 5.0 m/s*sequence 3= from 5.0 m/s- 6.0 m/sA. clockwise, staying clockwise, counterclockwiseB. clockwise, no current, counterclockwiseC. counterclockwise, no current, clockwiseD. counterclockwise, staying counterclockwise, clockwiseE. clockwise, counterclockwise, clockwiseF. counterclockwise, clockwise, counterclockwise O園S.OㅂNoCaOparalt883ES CONwa zIf RiDthe bacEX3 Paton staintaBA loop of highly conducting wire is placed i in a magnetic field that is increfield that I increasing outy of the page (through the leap) at a rate of 1.80 T/s. If the loop has anarea of 0.400m², calculate the current flowing in amps through the3 STAfigs 5.001 resistorA Current flowing in amps through the5.00 resistorIS In the above problem w/ the loop placed in an increasing magnetic field,out of the page, the current is flowing through the resistor in a directionfrom top fowards bottomTor F?AAwine is placed directlyonA Loopofon your page as the loop in prenous problem.A magnetic field fully penetrates the leap into the page (loop w/x's all around)The field behaves as seen in the field vs. time graph. The sequence of▷ events (1-3) for the current direction around the loup from zero to 6. Ondsis best labeled asBax1037ΔΑΔΑΑΔΔΔΔΔΔΑΔΕ3.02.0+1.0+4.02.0.+(ms)D-clockwise, staying clockwise, counter clockwise-clockwise, no current, counter clockwiseCounter clockwise, no coment, clockbrise6.0sequence! - from 0 to 2.0m/ssequence 2- from 2.0m/s to 5.0m/s.sequence 3 - from 5.0m/s to 6.0m/s.The true statement below isfor an electromagnetic bave- Counterclockivice staying counter, clickriseclockwise, countercluc Kinks, cleckase-counter chicknise, cleckwise, courite clockwisethe higher the ware, higher the frequency

The magnetic field is into the plane of page, so cross field. The variation of B with time:

A loop wire is placed directly on your page as the loop in the previous problem. A magnetic field fully penetrates the loop into the page (loop with x's all around). The field behaves as seen in the field vs. time graph (drawn in picture). The sequence of events (1-3) for the current direction around the loop from zero to 6.0 m/s is best labeled as *sequence 1= from 0- 2.0 m/s *sequence 2= from 2.0 m/s- 5.0 m/s *sequence 3= from 5.0 m/s- 6.0 m/s A. clockwise, staying clockwise, counterclockwise B. clockwise, no current, counterclockwise C. counterclockwise, no current, clockwise D. counterclockwise, staying counterclockwise, clockwise E. clockwise, counterclockwise, clockwise F. counterclockwise, clockwise, counterclockwise

A loop wire is placed directly on your page as the loop in the previous problem. A magnetic field fully penetrates the loop into the page (loop with x's all around). The field behaves as seen in the field vs. time graph (drawn in picture). The sequence of events (1-3) for the current direction around the loop from zero to 6.0 m/s is best labeled as sequence 1= from 0- 2.0 m/s sequence 2= from 2.0 m/s- 5.0 m/s *sequence 3= from 5.0 m/s- 6.0 m/s A. clockwise, staying clockwise, counterclockwise B. clockwise, no current, counterclockwise C. counterclockwise, no current, clockwise D. counterclockwise, staying counterclockwise, clockwise E. clockwise, counterclockwise, clockwise F. counterclockwise, clockwise, counterclockwise