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--- demonstrations:2_fluid_mechanics:2c_dynamics_of_fluids:bernoulli_theorem:start [2019/02/14 23:33] – external edit 127.0.0.1
+++ demonstrations:2_fluid_mechanics:2c_dynamics_of_fluids:bernoulli_theorem:start [2020/03/13 20:28] (current) – demoroom
@@ Line 1: / Line 1: @@
 ====== Bernoulli Theorem ======
-{{tag>hose vacuum needs_review untagged unlocated}}
+{{tag> fluid_mechanics bernoulli levitation located}}
 <WRAP box right>
@@ Line 11: / Line 11: @@
 ===== Description =====
-Demonstrate the Bernoulli Theorem.     Classes Used: PHYS 101
+Consists simply of the [[demonstrations:9_equipment:reverse_vacuum_cleaner:start|reversed vacuum cleaner]] and a lightweight plastic ball.
 ===== Purpose =====
+Demonstrates the Bernoulli Theorem by using a flow of air to levitate a ball.
-To demonstrate the Bernoulli Theorem.
 ===== Apparatus =====
+  * [[demonstrations:9_equipment:reverse_vacuum_cleaner:start|Reversed vacuum cleaner]]
-Reversed Vacuum
+  * [[demonstrations:9_equipment:balls:start|Plastic Ball]]
-Plastic Ball
 ===== Setup =====
+  - Turn the vacuum on and drop the ball above the nozzle.
-- Turn Vacuum on and drop ball above nozzle
+  - The ball will then remain suspended in air due to the Bernoulli effect.
-- Ball will remain suspended in air due to the Bernoulli effect  Updated on 06/10/13
 ===== Notes =====
+A plastic cup attached to the side of the vacuum is used to hold a ball specifically for this demo. If it's missing, we should have more.
@@ Line 56: / Line 46: @@
 </WRAP>
 <WRAP tablewidth 100%>
-| **Location** | ---- |
+| **Location** | U0 |
 | **Maker** | Unknown |
 | **Current State** | Working |