how with this engineering physics lab questions \"Paramagnetic and Diamagnetic M
ID: 2266045 • Letter: H
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how with this engineering physics lab questions "Paramagnetic and Diamagnetic Material" I don't have much time to do the questions and the lab but some of them question are on the finals. thanks!
Tie pieces of thread around the glass rod and the aluminum tube and secure the thread with a small piece of tape to prevent the sample from slipping out of the thread loop. 1. 2. Hang the glass sample from a stand so it is at the same level as the Variable Gap Magnet when the magnet is placed on its side (see the figure above) When you place the glass rod parallel to the magnetic field lines, the rod rotates and oscillates about an equilibrium position. In order to be certain that the rod is held in this position by the magnet, gently and slowly rotate the magnet about the axis formed by the thread. The glass rod will also rotate, always keeping its equilibrium position relative to the magnetic field lines. Which equilibrium position will the glass rod reach, parallel to the magnetic field or perpendicular to the magnetic field? (see the figures below). 3. 3. Based on your answer in paragraph (2), and based on your assigned reading of section 28.8 in the book, what type of material would you categorize glass as (paramagnetic or diamagnetic)? 4. Repeat step (2) above for the aluminum sample. Which equilibrium position will the aluminum rod reach, parallel to the magnetic field or perpendicular to the magnetic field? (see the figures below). of section 28.8 in the book, what type of material would you categorize aluminum as (paramagnetic or diamagnetic)? 5. Based on your answer in paragraph (4), and based on your assigned reading diamagnetic material when placed in an external magnetic field. Contrast the two types of material to each other, and then compare them to ferromagnetic material 7. Summarize this exploration by describing the behavior of paramagnetic andExplanation / Answer
2. Glass rod when placed in the uniform magnetic field, aligns itself in the direction PERPENDICULAR to the direction of the magnetic field.
3. Based on the above output, GLASS Rod is DIAMAGNETIC in Nature.
4. Aluminium rod when placed in the uniform magnetic field, aligns itself in the direction PARALLEL to the direction of the magnetic field.
5. Based on the above output, ALUMINIUM Rod is PARAMAGNETIC in Nature.
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