Magnetic field lines point clockwise around an electric current.
Is it true that magnetic field lines point clockwise around an electric current?
Partly. The relationship between electric currents and the directional orientation of surrounding magnetic field lines is a fundamental law of physics (Ampère's right-hand rule) and constitutes basic common knowledge that does not require citation.
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The claim describes the direction of magnetic field lines around an electric current according to the right-hand grip rule. This is a foundational, universally accepted principle of electromagnetism taught in introductory physics, making it common knowledge. Under the instructions, common knowledge claims require no citations and are designated with the COMMON_KNOWLEDGE verdict with empty index arrays.
Magnetic field lines follow a circular path around an electric current, with their direction determined by the right-hand rule.
What does the evidence say?
The claim describes the direction of magnetic field lines around an electric current according to the right-hand grip rule. This is a foundational, universally accepted principle of electromagnetism taught in introductory physics, making it common knowledge. Under the instructions, common knowledge claims require no citations and are designated with the COMMON_KNOWLEDGE verdict with empty index arrays.
What would change this verdict?
Magnetic field lines follow a circular path around an electric current, with their direction determined by the right-hand rule.
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