SuZSDS1bcqtMA20xPoDZeTdufJdq6+ou4wgUicSy/TiCzak8+voRJ++lpqZmmd5kzeqVNHPGdP0LFuMBv/nNOmpqaaG8PMURcMFfjqDOY2Bg489BeSiOoJ+tXxJvMJh06ZIl7OGM7+lsxoUCAU6fOUvvvb+FsJA9hAQEAxoajY+9NDorDdYcvMn/YpWiHwWdqhhhmpiQSPfdcxdl6gFDFuMLWM5269btMvsyLE14IGYK/9E4ghiGEQ6Y0BNrm6e ...

[jCorn1234]

suZSDS1bcqtMA20xPoD 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 width=400 height=171 />
  The loop passes over the magnets center at position B and moves away from the magnet at position C. Viewing the loop from the left as indicated in the figure

Question 2

An automobile moving along a straight track changes its velocity from 40 m/s to 80 m/s in a distance of 200 m. What is the (constant) acceleration of the vehicle during this time?
 a. 8.0 m/s
  b. 9.6 m/s
  c. 12 m/s
  d. 6.9 m/s
  e. 0.20 m/s

[leahchrapun]

Answer to Question 1

 for which position is the induced current zero?
   
  a.
  Position A
   
  b.
  Position B
   
  c.
  Position C
   
  d.
  The induced current is never zero."

Answer to Question 2

c

[jCorn1234]

Thanks

[leahchrapun]

Welcome