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The loop configuration in the figure below consists of two semicircles of inner radius rin=8.7, cm and outer radius rout-2 rin carrying a current I=9 A. Calculate the magnetic field at point P (at the center of the semicircles). Express your answer in terms of Hotusing into the page as (-) direction and out of the page as (+) direction; hence enter a (-) sign for negative answers. Round your results to one decimal place. Tout` Tin

The loop configuration in the figure below consists of two semicircles of inner radius rin=8.7, cm and outer radius rout-2 rin carrying a current I=9 A. Calculate the magnetic field at point P (at the center of the semicircles). Express your answer in terms of Hotusing into the page as (-) direction and out of the page as (+) direction; hence enter a (-) sign for negative answers. Round your results to one decimal place. Tout` Tin

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The loop configuration in the figure below consists of two semicircles of inner radius rin=8.7 cm and outer radius rout=2 rin carrying a current I=9 A. Calculate the magnetic field at point P (at the center of the semicircles). Express your answer in terms of Letusing into the page as (-) direction and out of the page as (+) direction; hence enter a (-) sign for negative answers. Round your results to one decimal place. Tout Tin
Transcribed Image Text:The loop configuration in the figure below consists of two semicircles of inner radius rin=8.7 cm and outer radius rout=2 rin carrying a current I=9 A. Calculate the magnetic field at point P (at the center of the semicircles). Express your answer in terms of Letusing into the page as (-) direction and out of the page as (+) direction; hence enter a (-) sign for negative answers. Round your results to one decimal place. Tout Tin
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