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In the given figure, a wire loop has been bent so that it has three segments. Portion OABO is quarter circle in xy plane, portion OBC is a right angle triangle in xz plane and portion OCDAO is a square in yz plane. Here are three choices for a magnetic field through the loop. (1) vecB_(1)=3hati+7hatj-5thatk (2) vecV_(2)=5thati-4hatj-15hatk (3) vecB_(3)=2hati-5thatj-12hatk If the induced current in the loop due to vecB_(1), vecB_(2) and vecB_(3) are i_(1), i_(2) and i_(3) respectively then : |
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Answer» `i_(1) lt i_(2)` `OMEGA=(U sin60^(@))/(x)` `alpha=(u sin 60^(@))/(x^(2))(-(dx)/(dt))` `alpha=(usin60^(@))/(x^(2))(u+ucos60^(@))` `alpha` at `t=0` `alpha=(usin60^(@))/(a^(2))(u+ucos60^(@))=9rad//s^(2)` 
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