n the figure below, a conductor has been bent into a broken loop, and placed in a uniform magnetic field B. As the magnetic field decreases in magnitude, a) the X terminal becomes positive, and the Y terminal becomes negative. b) the X and Y terminals remain at the same potential. c) the X terminal becomes negative, and the Y terminal becomes positive.
n the figure below, a conductor has been bent into a broken loop, and placed in a uniform magnetic field B. As the magnetic field decreases in magnitude, a) the X terminal becomes positive, and the Y terminal becomes negative. b) the X and Y terminals remain at the same potential. c) the X terminal becomes negative, and the Y terminal becomes positive.
Related questions
Question
Q3. In the figure below, a conductor has been bent into a broken loop, and placed in a uniform magnetic field B. As the magnetic field decreases in magnitude,
a) the X terminal becomes positive, and the Y terminal becomes negative.
b) the X and Y terminals remain at the same potential.
c) the X terminal becomes negative, and the Y terminal becomes positive.
Transcribed Image Text:Х Y
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
