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Fip Polarty Show field OShow Compas Show fiele Mer Pickup Cll Indicator Loops Leop Are 20 100 Show Eletons Resel A Figure 1: Online simulation setup for Activity 2. Since we are concerned with directions, we need to define "front" and back". Since we can actually see the right side of the coil, we will call this side, the side nearest the north pole of the bar magnet, the "front" of the coil. That's why we switched their places above. Now, the question we want to investigate is, what direction will the needle deflect when we move the bar magnet? Q5. Look at the way the coil is wound and imagine looking directly at the front of the coil. You may want to draw this yourself. If the current, not the electrons, flows clockwise, when viewed from the front, will the current flow into the left or the right white circle in the Figure 1? Clockwise: left or right (Highlight one) If the crrent flowe counter-clockswice when viewed from the front will the current

Fip Polarty Show field OShow Compas Show fiele Mer Pickup Cll Indicator Loops Leop Are 20 100 Show Eletons Resel A Figure 1: Online simulation setup for Activity 2. Since we are concerned with directions, we need to define "front" and back". Since we can actually see the right side of the coil, we will call this side, the side nearest the north pole of the bar magnet, the "front" of the coil. That's why we switched their places above. Now, the question we want to investigate is, what direction will the needle deflect when we move the bar magnet? Q5. Look at the way the coil is wound and imagine looking directly at the front of the coil. You may want to draw this yourself. If the current, not the electrons, flows clockwise, when viewed from the front, will the current flow into the left or the right white circle in the Figure 1? Clockwise: left or right (Highlight one) If the crrent flowe counter-clockswice when viewed from the front will the current

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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**Figure 1: Online simulation setup for Activity 2.** Since we are concerned with directions, we need to define “front” and “back”. Since we can actually see the right side of the coil, we will call this side, the side nearest the north pole of the bar magnet, the “front” of the coil. That’s why we switched their places above. Now, the question we want to investigate is, what direction will the needle deflect when we move the bar magnet? **Q5.** Look at the way the coil is wound and imagine looking directly at the front of the coil. You may want to draw this yourself. If the **current**, not the electrons, flows clockwise, when viewed from the front, will the current flow into the left or the right white circle in the Figure 1? Clockwise: **left** or **right** *(Highlight one)* If the **current** flows counter-clockwise, when viewed from the front, will the current flow into the left or the right white circle in the Figure 1? Counter-clockwise: **left** or **right** *(Highlight one)*
Transcribed Image Text:**Figure 1: Online simulation setup for Activity 2.** Since we are concerned with directions, we need to define “front” and “back”. Since we can actually see the right side of the coil, we will call this side, the side nearest the north pole of the bar magnet, the “front” of the coil. That’s why we switched their places above. Now, the question we want to investigate is, what direction will the needle deflect when we move the bar magnet? **Q5.** Look at the way the coil is wound and imagine looking directly at the front of the coil. You may want to draw this yourself. If the **current**, not the electrons, flows clockwise, when viewed from the front, will the current flow into the left or the right white circle in the Figure 1? Clockwise: **left** or **right** *(Highlight one)* If the **current** flows counter-clockwise, when viewed from the front, will the current flow into the left or the right white circle in the Figure 1? Counter-clockwise: **left** or **right** *(Highlight one)*
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