![For magnetic flux, when the direction of magnetic field lines is perpendicular to a loop, why is the angle for magnetic flux considered to be 0 degrees instead of 90 degrees? I For magnetic flux, when the direction of magnetic field lines is perpendicular to a loop, why is the angle for magnetic flux considered to be 0 degrees instead of 90 degrees? I](https://external-preview.redd.it/cEpduqK-SiQWDa0jO0AC4Lheb_0IOv4x7aZE6Ac4s9c.jpg?auto=webp&s=ba38ba12df1c59334dab6c67e64fead9d8fe99f3)
For magnetic flux, when the direction of magnetic field lines is perpendicular to a loop, why is the angle for magnetic flux considered to be 0 degrees instead of 90 degrees? I
![Magnetic Flux Converter • Magnetostatika, magnetizmas ir elektromagnetizmas • Kompaktiška skaičiuoklė • Internetiniai vienetų keitikliai Magnetic Flux Converter • Magnetostatika, magnetizmas ir elektromagnetizmas • Kompaktiška skaičiuoklė • Internetiniai vienetų keitikliai](https://www.translatorscafe.com/static/ucvt/img/Magnetron-alnico-magnets.jpg)
Magnetic Flux Converter • Magnetostatika, magnetizmas ir elektromagnetizmas • Kompaktiška skaičiuoklė • Internetiniai vienetų keitikliai
![2D simulations of the distribution of the magnetic flux density in the... | Download Scientific Diagram 2D simulations of the distribution of the magnetic flux density in the... | Download Scientific Diagram](https://www.researchgate.net/publication/313739950/figure/fig4/AS:865120389431298@1583272182196/2D-simulations-of-the-distribution-of-the-magnetic-flux-density-in-the-ferromagnetic.png)
2D simulations of the distribution of the magnetic flux density in the... | Download Scientific Diagram
![Magnetic fields seen by magnetic flux lines generated by strong neodymium magnets creating flux shapes and patterns of Ferromagnetism Stock Photo - Alamy Magnetic fields seen by magnetic flux lines generated by strong neodymium magnets creating flux shapes and patterns of Ferromagnetism Stock Photo - Alamy](https://c8.alamy.com/comp/RFBNWC/magnetic-fields-seen-by-magnetic-flux-lines-generated-by-strong-neodymium-magnets-creating-flux-shapes-and-patterns-of-ferromagnetism-RFBNWC.jpg)