In a region enclosed by a circle with a radius R=10 cm , there is a magnetic field given by B=12t+t where В in teslas and t in seconds. What is the induced emf at t=1 s in a circular wire of r=15 cm...

In a region enclosed by a circle with a radius<br>R=10 cm<br>, there is a magnetic field given by<br>B=12t+t<br>where<br>В<br>in teslas and<br>t<br>in seconds. What is the induced emf at<br>t=1 s<br>in a circular wire of<br>r=15 cm<br>located in this region?<br>A) 1.77 V<br>B) 0.785 V<br>C) 1.67 V<br>D)<br>no emf induced<br>E) 0.685 V<br>

Extracted text: In a region enclosed by a circle with a radius R=10 cm , there is a magnetic field given by B=12t+t where В in teslas and t in seconds. What is the induced emf at t=1 s in a circular wire of r=15 cm located in this region? A) 1.77 V B) 0.785 V C) 1.67 V D) no emf induced E) 0.685 V

Jun 11, 2022

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In a region enclosed by a circle with a radius R=10 cm , there is a magnetic field given by B=12t+t where В in teslas and t in seconds. What is the induced emf at t=1 s in a circular wire of r=15 cm...

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