Differences

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--- demonstrations:3_oscillations_and_waves:vernier_cart_oscillator:start [2019/02/08 22:17] – demoroom
+++ demonstrations:3_oscillations_and_waves:vernier_cart_oscillator:start [2020/02/24 19:05] (current) – demoroom
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 ====== Vernier Cart Oscillator ======
-{{tag> needs_review untagged unlocated}}
+{{tag> oscillator simple_harmonic_motion vernier data_collection lost unlocated}}
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 {{one.jpg?400|}}
 // Closeup of the cart with attached connector. //
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 ===== Description =====
-The [[Vernier Track|demonstrations:9_equipment:vernier_track:]] is set up at an angle, resting on a horizontal bar attached to a lab stand. On the same lab stand another bar is attached which serves as an attachment point for a spring. The other end of the spring is attached to one of the carts that go with the track using the attachment connector made for this demo (pictured). The connector has a steel part onto which a large neodymium magnet can be placed. Since the track is made of conductive but non-ferromagnetic aluminum, eddy currents are generated by the magnet when the cart is in motion that produce a damping force which is linearly dependent on velocity.
+The [[demonstrations:9_equipment:vernier_track:|Vernier Track]] is set up at an angle, resting on a horizontal bar attached to a lab stand. On the same lab stand another bar is attached which serves as an attachment point for a spring. The other end of the spring is attached to one of the carts that go with the track using the attachment connector made for this demo (pictured, lost). The connector has a steel part onto which a large neodymium magnet can be placed. Since the track is made of conductive but non-ferromagnetic aluminum, eddy currents are generated by the magnet when the cart is in motion that produce a damping force which is linearly dependent on velocity.
 ===== Purpose =====
-Demonstrates damped simple harmonic motion. The magnet can be adjusted to be closer or further away from the aluminum vernier track, thereby allowing for the level of damping to be adjusted from a low value (no eddy current damping, just friction) to a higher value.
+Demonstrates damped simple harmonic motion. The magnet can be adjusted to be closer or further away from the aluminum vernier track, thereby allowing for the level of damping to be adjusted from a low value (no eddy current damping, just small amount of friction) to a higher value.
+When used with a [[demonstrations:9_equipment:vernier_products:|Vernier Motion Sensor]] mounted on the end of the track an excellent and smooth graph of the decay of the oscillation can be obtained.
 ===== Apparatus =====
-  * [[Vernier Track|demonstrations:9_equipment:vernier_track:]]
+  * [[demonstrations:9_equipment:vernier_track:|Vernier Track]]
-  * [[Large Neodymium Magnet|demonstrations:9_equipment:magnets:]]
+  * [[demonstrations:9_equipment:magnets:|Large Neodymium Magnet]]
   * Connector (pictured above)
   * Spring
-  * [[Lab stand|demonstrations:9_equipment:lab_stands:]] with two bars attached perpendicular
+  * [[demonstrations:9_equipment:lab_stands:|Lab stand]] with two bars attached perpendicular
-  * [[Vernier Motion Sensor (Optional)|demonstrations:9_equipment:vernier_products:]]
+  * [[demonstrations:9_equipment:vernier_products:|Vernier Motion Sensor (Optional)]]
 ===== Setup =====
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-// Comment here //
+// Overview of the entire setup, with Vernier parts. //
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