Compared To The Magnet In The Video, The Magnet In Part A Will Hover At A Position

(Correct Answer Below)

Compared To The Magnet In The Video, The Magnet In Part A Will Hover At A Position

t, but this time we replace the original 56-g magnet with a more powerful magnet of the same mass. Compared to the magnet in the video, the magnet in Part A will hover at a position
Front

Advertisement

farther above the base In equilibrium, the magnetic force exerted by the base on the magnet must equal the magnet's weight (or else the magnet would accelerate). Because this magnet is stronger than the one in the video (and because the magnetic forces weaken with distance), this magnet hovers farther from the base.

About the flashcard:

This flashcard is meant to be used for studying, quizzing and learning new information. Many scouting web questions are common questions that are typically seen in the classroom, for homework or on quizzes and tests. Flashcards vary depending on the topic, questions and age group. The cards are meant to be seen as a digital flashcard as they appear double sided, or rather hide the answer giving you the opportunity to think about the question at hand and answer it in your head or on a sheet before revealing the correct answer to yourself or studying partner. Some questions will include multiple choice options to show you the options involved and other questions will just have the questions and corrects answers. Simply reveal the answer when you are ready to check your work. Absolutely no cheating is acceptable.